Account: 52280981. Sort code: 402527. If using BACS PLEASE INCLUDE YOUR NAME so we can recognise your payment. Email info@fit2fite once payment made. You will receive confirmation of booking within 48 hours

One week before the course you will receive Joining Instructions outlining travel and accommodation options alongside what you will require for the day.

Cancellation: You can cancel the course and have your fee returned in full up to 5 days before the course date. 5 days or less then you forfeit the payment or you can carry the fee over to the next course.

Step Four: Bronze Level Instructor Course

On arrival at the venue you will receive from the FIT2FITE Master Trainer:

Student Manual

Bronze Tutorial DVD

Promotional DVD

3 x Posters

100 Flyers

Step Five: Certified Bronze Level Instructor

On successful completion of the course    ExternalsDescription.REPO: rdata,
                },
                }
        model = ExternalsDescriptionDict(data)
        repo = model[self._name][ExternalsDescription.REPO]
        self._repo = GitRepository('test', repo)

    def tearDown(self):
        # return to our common starting point
        os.chdir(self._return_dir)

        shutil.rmtree(self._tmpdir, ignore_errors=True)

    @staticmethod
    def make_git_repo():
        """Turn the current directory into an empty


The man relied on by Brexit supporters to underpin the economic arguments for leaving the EU has said the UK would be better off staying in the club rather than accepting the prime minister’s Brexit plan.

Shanker Singham admitted “there’s no point leaving the EU” because the opportunities he had envisaged will have been lost. “The upside and the opportunity … disappears, and you’re left only with a damage limitation exercise,” he said.

The Guardian view on burning injustices: fanning Brexit’s flames | Editorial Read more

His remarks, made in an interview before the prime minister announced her proposed EU deal, echo those made by the former Brexit secretary Dominic Raab, who on Friday told the BBC’s Today programme that May’s proposal was inferior to EU membership. They follow statements fromPilerud scratch built this Warhammer 40K Space Marine Blood Angel Tactical Sergeant, 7th company, 9th squad, costume himself.

This beast is the latest creation from Marksprojects. He made this amazingly kick-ass “Bolt” costume inspired by the Transformers movies. This thing is completely insane. The way it lights up, the way it moves – he looks like a serious movie mech inside of it.

I’ll be honest- I haven’t played Warhammer 40K myself, but I do know the soldiers in the game can be pretty bad-ass. Though no tiny game figurine or polygons on my computer screen could possibly compare to this:

Back in 2011, Ryan of Mad Art Lab wrote a post publicly condemning the Slave Leia costume. He had a couple of good reasons, but he realized that he had


and then make the window
      // visible.
      //
      // You have 17 seconds to return from this method, or iOS will terminate your application.
      //
      public override bool FinishedLaunching(UIApplication app, NSDictionary options)
      {
         // create a new window instance based on the screen size
         window = new UIWindow(UIScreen.MainScreen.Bounds);
         runner = new TouchRunner(window);

         // register every tests included in the main application/assembly
     from the Food and Veterinary Administration was that the dark sticky spread was fortified with vitamins, meaning that it had to have special permission to be sold. The Danes love banning things that are foreign, and Marmite was just the latest product, along with a whole raft of others from Horlicks to Birds Eye custard. To get permission to sell Marmite would have involved a lot of red tape and cost, and the shop owner was angry because it was a best selling product.I asked The Guardian if they might be interested in this and immediatley was told that 'Yes,' they were. I said I'd write it up within four or five days, just as soon as I'd been and interviewed the owner and taken some pictures. They


This invention relates generally to nanoscale fibers, and more particularly to electromagnetic interference (EMI) shielding structures comprising nanoscale fibers.
Due to the growing need for more powerful and compact electronic products, EMI is becoming a more significant factor in commercial and military applications. The EMI shielding of electronic devices and/or radiation sources may be a consideration in the reliable operation of devices, and possibly in preventing human health risks.
Thin film attachment or spray coating of metal, conducting polymers, and carbon black particles on a product surface may shield the product from electromagnetic waves. Metal serves as an effective shielding material because of its high conductivity, but metal adds significant weight and corrosion issues. Conducting polymers and carbon particles are lightweight but their conductivity is not as high as thatJoachim Jungius was given the name Joachim Junge (or Jung)when he was born; Jungius is the Latin version of Junge which he used in all his publications. His father, Nicolaus Junge, was a teacher at the Gymnasium St Katharinen in Lübeck and his mother was Brigitte Holdmann, the daughter of Joachim Holdmann who was a minister in the Lutheran Cathedral in Lübeck. However, Nicolaus Junge was murdered when Joachim was only two years old and, in 1589, Brigitte married Martin Nordmann who was a teacher at the Gymnasium St Katharinen in Lübeck. Joachim was brought up by his mother and step-father. He attended the Gymnasium St Katharinen in Lübeck until 1605 [1]:-

... where he commented on the Dialectic of Peter Ramus, as well as writing on logic and


all scientific subjects. These years from 1619 to 1629 were ones during which he was at the height of his powers, able to use knowledge and skills in many different areas across a whole spectrum of scientific activities. Also during this period he married Catharina Havemann, the daughter of Brauers Valentin Havemann from Rostock, on 10 February 1624. Perhaps the mathematical work which occupied him most over these years was his work reconstructing Apollonius's Plane Loci which, although lost had been described by Pappus of Alexandria in Book VII of his Collection. Jan Hogendijk explains [16]:-

Jungius worked on [a reconstruction of Apollonius's Plane Loci] from 1622 to 1629, and the work was completed by his pupil Weland in the period between 1638 and his death in 1641. Aroundteaching in secondary schools, but few make the move which Jungius did and leave university education to teach in schools. It was a move made because of his desire to improve school education and he took charge of the Akademisches Gymnasium and the Johanneum, about fifteen years after it was founded, at a time when it was in difficulties. Under Jungius's leadership the school prospered and many pupils outwith Hamburg or the surrounding area, moved there to benefit from the education. However, he faced difficulties during the 1630s [1]:-

His wife, Catharina ... died on 16 June 1638. During the 1630's, too, he became subject to the envy of his colleagues and even to attacks by the clergy, despite his devout Protestantism. He was thereafter reluctant to publish his


(in his case corpuscularism), to an ambitious program to organise, systematise, and taxonomise - as well as further to contribute to (based on a mathematical paradigm) - the sum total of human knowledge.

In mathematics Jungius proved that the catenary is not a parabola (Galileo assumed it was). He was one of the first to use exponents to represent powers and he used mathematics as a model for the natural sciences. As well as mathematics, Jungius was interested in natural science. Audrey Davis in [6] (reviewing Kango's book [4]) writes:-

Kangro's most fortunate discovery, in his own estimation, was a fragment that reflects Jungius' fundamental ideas on logic applied to science. [It is] entitled the "Protonoeticae philosophiae sciagraphia" .... From it we learn that Jungius was confident of predicting andidentification of these ultimate units of reality. ... Jungius used the magnifying glass to study textile fabric and apparently homogeneous substances such as polished surfaces. He observed that they were in fact always heterogeneous if viewed through a microscope (anchiscopium). In 1633, commenting on Sennert's 'Epitome scientiae naturalis' of 1618, in which Sennert had shown that arguments from geometry about divisibility and continuity must not be applied to the physical sciences, Jungius remarked that until then no physical body had ever been proved to be entirely homogeneous. For no surface could be so smooth that one could not think of a more powerful microscope that would reveal its true discontinuity. Consequently, Jungius categorically stated that continuity was foreign to the realm of sensuous experience. On the other hand


May and August 1851 describing his findings. von Siebold wrote a paper (published in 1852) summarizing Bilharz's findings. Bilhart's wrote a paper in 1856 describing the worms more fully and he named them Distoma haematobium. Their unusual morphology meant that they could not be comfortably included in Distoma so in 1856 Meckel von Helmsback created the genus Bilharzia for them. In 1858 Weinland proposed the name Schistosoma (Greek: 'split body') after the male worms' morphology. Despite Bilharzia having precedence the genus name Schistosoma was officially adopted by the International Commission on Zoological Nomenclature.

In 1898 all the then known species were placed in a subfamily by Stiles and Hassel. This was then elevated to family status by Looss in 1899. Poche in 1907 corrected a grammatical error in thehigh binding affinity to phosphoenzyme \[[@B9-toxins-10-00336],[@B10-toxins-10-00336]\]. However, there have been reports indicating that an overdose of cardiac glycosides may cause prolonged blockage of Na^+^/K^+^-ATPase in these cells, resulting in cardiac arrest \[[@B11-toxins-10-00336]\]. Recent studies have also revealed the therapeutic potential of bufadienolides in immunomodulation, anti-inflammation, and anti-neoplastic activity \[[@B12-toxins-10-00336],[@B13-toxins-10-00336]\]

It has also been found that ancient people of Mesoamerica had used toads, *B. marinus* or *B. alvarius*, as a hallucinogen via licking toad skins directly, or smoking the prepared powder \[[@B14-toxins-10-00336]\]. Studies have shown that indolealkylamines (IAAs) in toad skin, primarily bufotenine, are responsible for these hallucinogenic effects \[[@B15-toxins-10-00336]\]. IAAs are biogenic amines and derivatives of 5-hydroxytryptamine, producing their effects through binding of serotonin receptors \[[@B3-toxins-10-00336]\]. Due to the hallucinogenic effect, the use of bufotenine has increased in New


serotonin---were found in Huachansu, as mentioned in previous literature \[[@B32-toxins-10-00336],[@B33-toxins-10-00336]\].

Several studies have evaluated the chemical compounds in other species of toads, such as cane toads collected from sites in Australia. They found that cane toad parotoid gland secretion contains bufadienolides, including high levels of marinobufagin; medium levels of bufalin, telocinobufagin, arenobufagin, and marinobufotoxin; low levels of resibufogenin, hellebrigenin, marinobufagin-3-pimeloyl-[l]{.smallcaps}-arginine ester, bufalin-3-pimeloyl-[l]{.smallcaps}-arginine ester, and bufalitoxin; and detectable levels of many other biotransformed bufadienolides \[[@B34-toxins-10-00336]\]. A recent study performed by us, using high-performance liquid chromatography coupled with a hybrid quadrupole-time of flight mass spectrometer (HPLC/MS-Q-TOF), examined the chemicals in secretions of the cane toad parotoid glands. We found the presence of twelve key chemicals in the secretion, including several major bufadienolides, which was further confirmed by calculating the exact differencesenvironmental pollution in China, there is currently a shortage of toad resources in the pharmaceutical industry, while toads in some countries are becoming natural disasters that need to be managed, such as the cane toad in Australia. Therefore, the development of toad medicines from different resources is acutely needed.

Currently, several fundamental questions remain to be resolved to fully reveal the potential use of toad secretions. Although a number of in vitro studies have been done by researchers on Chansu, Huachansu, and single compounds, regarding their effects and mechanisms, the in vivo and clinical studies are still very limited. Thus, it is important to perform more animal studies to decode the potential of toad toxins in treating various diseases, such as cancer. Additionally, digitalis toxicity has always been a


in the first round of the Major League Baseball draft in June and this season may be his last in college football.

The controversy solicited comments from social media users, some who defended Murray and others who thanked him for apologizing.

No need for an apology. 14-15 year old guys say and do stuff that is mind boggling in reflection. I know I sure did. It’s part of growing up. Congrats on the Heisman! — Dave Cokin (@davecokin) December 10, 2018

you were A CHILD. the media is despicable and I am sorry you have to deal with their witch hunt. If we all had to issue apologies for shit we said at 14, I think the planet would implode — Adrianne Curry-Rhode 🤘AdrianneCurry.com (@AdrianneCurry) December 9, 2018

Fans everywhere support you.al., [@B68]). That each of these variables affects word recognition behavior suggests that each taps an important aspect of semantic representation.

These findings can be accommodated by the embellished interactive activation framework suggested by Balota ([@B3]; see also Balota et al., [@B6]), where there is bidirectional cascaded processing between letter-level, lexical-level, and semantic-level representations. Importantly, one could assume that there is stronger top-down feedback from semantic-level to orthographic-level representations for semantically rich words, facilitating lexical access for such words. The interactive activation framework is based on the assumption that lexical processing is subserved by mental lexicons containing localist units that represent the spelling, sound, and meaning of a word (see Coltheart et al., [@B19]), and that orthographic and semantic processing are handled by separate systems.

An important theoretical alternative to


to the response box. Participants' pronunciation responses were recorded with a digital recorder and later coded for accuracy. In the PDT, each item (e.g., TABLE) was presented alternating with a mask (\#\#\#\#\#), with each trial consisting of a series of repeated cycles. Initially the mask was presented on the screen for 195 ms and the stimulus for 15 ms, and over subsequent cycles the mask presentation time decreased while the stimulus presentation time increased (e.g., in the next cycle the mask would be presented for 180 ms and the stimulus for 30 ms). Participants were instructed to press the space bar on the keyboard as soon as they could determine what the word was. (If no response was made after 2700 ms, the mask disappeared and the stimulus remained on the screen untilorthographic Levenshtein distance (Yarkoni et al., [@B74]); PLD, phonological Levenshtein distance (Yarkoni et al., [@B74]); CD, log contextual dispersion (Brysbaert and New, [@B12]); BOI, body object interaction; NS, log number of senses (Miller, [@B44]); SND, semantic neighborhood density (Shaoul and Westbury, [@B67]); NF, number of features (McRae et al., [@B43]); LDT, lexical decision task; G/NG LDT, go/no-go lexical decision task; PDT, progressive demasking task; SCT, semantic classification task*.

*†*p* \< 0.10; \**p* \< 0.05; \*\**p* \< 0.01; \*\*\**p* \< 0.001*.

All data were analyzed using R (R Development Core Team, [@B60]). Linear mixed effects models were fitted to the RT data[^3^](#fn3){ref-type="fn"} from each task, using the lme4 package (Bates et al., [@B9]); *p*-values for fixed effects were computed using the languageR package (Baayen, [@B1]). The influence of surface, lexical, and semantic richness variables were treated as fixed effects,


should extend the study of semantic richness to other word types, such as verbs, in order to gain additional insights about lexical-semantic representation. Future work can also be directed toward exploring non-linear effects of semantic richness dimensions, and possible interactions between these variables.

Conclusion
==========

The present study examined the influence of multiple semantic richness dimensions across various tasks of lexical processing. The fact that semantic richness effects could be reliably detected on all tasks attests to their robustness and generality. At the same time, there was ample evidence supporting the multidimensional nature of semantic richness and demonstrating that these dimensions are selectively modulated by task demands. In order to be more fully specified, emerging theories of semantic representation need to take into account this complex interplay between lexical-semantic processes andagainst deionized water at 4°C for 4 days. The GN graft copolymer was lyophilized at −50°C and kept in a closed vessel at room temperature. In this study, the GN prepared from sample M/N005 was designated as G-M/N005.

Phase transition characterizations
----------------------------------

The phase transition property of each test sample was investigated using a DSC 2010 differential scanning calorimeter (DSC) (TA Instruments, New Castle, DE, USA). The GN was dissolved in deionized water to a concentration of 10% (w/v). After equilibration at room temperature for 1 hour, the solutions (8 mg) were hermetically sealed in aluminum pans for DSC experiments. Programmed heating was carried out at 3°C/minute in the temperature range of 25°C--45°C under a nitrogen gas flow. The LCST was determined as the onset point of the endothermic peak. Results


avoid any contact of the enzyme with the corneal endothelium. During the first week of follow-up examination, each operated eye received two drops of a tobramycin--dexamethasone ophthalmic solution (Tobradex; SA Alcon-Couvreur NV) and one drop of diclofenac sodium ophthalmic solution (Voltaren®; Novartis International AG, Basel, Switzerland) three times a day to prevent eye inflammation and pain. In this study, the animals were considered to be glaucomatous when the IOP was higher than 20 mmHg in the eye following 4 weeks of α-chymotrypsin injection.

For drug administration to the glaucomatous eye, the anterior chamber was entered by a 30-gauge needle near the limbus, and injected with 50 μL of a mixture of pilocarpine nitrate (2% w/v) and GN solutions (10% w/v). Subsequently, we examined the bilateral eyes of 24 rabbitscorneal endothelial cell cultures was determined by staining with the LIVE/DEAD® Viability/Cytotoxicity Kit (Life Technologies, Carlsbad, CA, USA), in which live cells fluoresce green and dead cells fluoresce red. Fluorescence images of cells after a 2-day exposure to various GN samples. Control: without materials. Scale bars: 50 μm. (**B**) Mean percentage of live cells in the bovine corneal endothelial cell cultures as measured by the LIVE/DEAD assay after a 2-day exposure to various GN samples. Values are represented as the mean ± standard deviation (n=9).\
**Abbreviations:** GN, gelatin-g-poly(N-isopropylacrylamide); n, number.](dddt-7-1273Fig6){#f6-dddt-7-1273}

![Typical specular microscope images of rabbit corneal endothelium and specular microscopy measurements of corneal ECD 2 weeks after intracameral injection of various GN samples.\
**Notes:** (**A**) Typical specular microscopic images of rabbit corneal endothelium 2 weeks after intracameral injection of various


       x-coordinate of point 2
     * @param y2          y-coordinate of point 2
     * @param theta2      heading of point 2
     */
    void fit(const Eigen::Vector2d& p1, double theta1,
             const Eigen::Vector2d& p2, double theta2);

    /**
     * Calculate the distance between a segment.
     * @param t1          start segment from point 1
     * @param t2       site-specific conditions. In this paper, we propose several distributions that can be considered standard and customary for most settings. Age-specific distributions for soil ingestion rates, inhalation rates, body weights, skin surface area, tapwater and fish consumption, residential occupancy and occupational tenure, and soil-on-skin adherence were developed. For each distribution offered in this paper, we discuss the adequacy of the database, derivation of the distribution, and applicability of the distribution to various settings and conditions.


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        /// Removes the specified Panel. There must always be one panel. If you remove the last panel, the <c>DotSpatial</c> will automatically add one.
        /// </summary>
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        void RemovePanel(int index);

        /// <summary>
        /// Removes the panel object specified. There must always be one panel. If you remove the last panel, the <c>DotSpatial</c> will automatically add one.
  Genome-wide analysis of genetic alterations in testicular primary seminoma using high resolution single nucleotide polymorphism arrays.
Testicular germ cell tumors (TGCT) represent the most common malignancy among young males. To our knowledge no comprehensive Copy Number Variation (CNVs) studies of TGCT using high-resolution Single Nucleotide Polymorphism (SNP) array have been performed. By a genome-wide analysis of CNV and loss of heterozygosity (LOH) in 25 primary seminomas, we confirmed several previously reported genomic alterations and discovered eight novel genomic alterations including amplifications and homozygous deletions. Moreover, a comparison of genomic alterations of early and late stage seminoma identified CNVs that correlate with progression, which included deletions in chromosomes 4q, 5p, 9q, 13q and 20p and amplifications in chromosomes 9q and 13q. We compared previously perform Affymetrix expression analysis in a


subset of samples and found robust correlation between expression and genomic alterations. Furthermore, high correlations (40-75%) were observed between CNV by SNP analysis and quantitative PCR. Our findings may lead to better understanding of TGTC's pathogenesis.and the filled carbon black was N234. Among the four rubber formulations, only the amount of filled carbon black was different. The filling mass fractions of carbon black in the four types of rubber, i.e., C00, C20, C40, and C60, were 0 phr, 20 phr, 40 phr, and 60 phr, respectively. The codes and formulas of the four types of rubber used in the tests are shown in [Table 1](#polymers-12-00932-t001){ref-type="table"}. Natural rubber was obtained from Shandong Haoshun Chemical Co., Ltd., Jinan, Shandong, China. CB N234 was obtained from Shanghai Auman Chemical Co., Ltd., Shanghai, China. The other agents were used as purchased. Stearic acid, zinc oxide, sulfur, accelerator NS, and antioxidant 4020 were industrial grade products.

2.2. Sample Preparation {#sec2dot2-polymers-12-00932}
-----------------------

The mixing was carried out with an open roll mixing


four types of rubber in [Table 1](#polymers-12-00932-t001){ref-type="table"}: C20, C40, C60, and C00. The temperatures were 293 K, 313 K, 333 K, 353 K, 363 K, and 383 K, respectively. In order to show the difference in stress-strain curves among the four rubber samples at different temperatures more clearly, the corresponding close-up views of these curves are shown in [Figure 1](#polymers-12-00932-f001){ref-type="fig"}a2--d2. From the figures, the hyperelastic behavior of rubber material had obvious temperature dependence in the deformation range of 150%. For CB-filled rubber C20, C40, and C60, as the temperature increased, the stress--strain curve first dropped and then increased after the temperature exceeded a certain critical value. In other words, with the increase of temperature, the rubber specimen first softened and then hardened after the temperature exceeded a certain- 81} \right) + \frac{519}{673750N^{4}}\left( {I_{1}^{5} - 243} \right)} \right\rbrack$$ where $I_{1}$ is the first invariant of stretches.

According to the formula given by Rivlin \[[@B32-polymers-12-00932],[@B33-polymers-12-00932]\], the relationship between nominal stress $f$ and stretch $\lambda$ under uniaxial tension is:$$f = 2\left( {\lambda - \frac{1}{\lambda^{2}}} \right)\left\lbrack {\frac{\partial W}{\partial I_{1}} + \frac{1}{\lambda}\frac{\partial W}{\partial I_{2}}} \right\rbrack$$

From Equations (4) and (5), the nominal stress expression of the eight-chain model under uniaxial tension can be obtained as follows \[[@B34-polymers-12-00932]\]:$$f = C_{R}\left( {\lambda - \frac{1}{\lambda^{2}}} \right)\left\lbrack {3 + \frac{3}{5N}\left( {\lambda^{2} + \frac{2}{\lambda}} \right) + \frac{33}{175N^{2}}\left( {\lambda^{2} + \frac{2}{\lambda}} \right)^{2} + \frac{57}{875N^{3}}\left( {\lambda^{2} + \frac{2}{\lambda}} \right)^{3} + \frac{1557}{67375N^{4}}\left( {\lambda^{2} + \frac{2}{\lambda}} \right)^{4}} \right\rbrack$$

$~~C_{R}$ can be defined as $C_{R}~$= $nk\theta$. Two parameters, $C_{R}$ and $N$, need to be determined from experimental data.

According to Equation (6) and test


can be seen from [Figure 8](#polymers-12-00932-f008){ref-type="fig"} that the simulated tensile data are in good agreement with the experimental data. From the comparison results, it is obvious that the eight-chain model with explicit temperature parameters has a good ability to predict the uniaxial tensile test data and can be well applied to the actual working conditions as it can fully ensure the accuracy requirements. Furthermore, it can be concluded that the eight-chain model with explicit temperature parameters has good engineering practicability.

According to the eight-chain model with explicit temperature parameters, as long as the temperature of the rubber specimen is known, the corresponding model parameters can be calculated immediately, so the improved eight-chain model can be quickly applied to FEA. The improved eight-chain model can well avoid the parameter instabilityor digging around for data - just timely alerts with customized action plans. So we figured why not do the same for fantasy football using ADP (average draft position) data?

We are finishing up RelayiQ’s ADP Alert’s App which gets you all the latest information when it happens so you can mentally adjust your player assessments in real time. In our last article we showed you how this can help you select undervalued running backs . In this article we look at some examples for wide receivers and we are going with some deep deep sleepers since you are likely already following the news for the WRs landing in the top 100 spots. Here are 3 WRs we love that are going well past the 100th pick.

Best Value: Emmanuel


that the most effective therapy for preventing disease progression will require multiple agents and is based on the knowledge that multiple profibrotic pathways are activated, and many antifibrotic pathways are disrupted in the lungs of patients with IPF. This application includes two proposals supported by promising preliminary data from the laboratories of the investigators and others, which involve anti-oxidant therapy using N-acetylcysteine (NAC) in combination with either imatinib mesylate (an inhibitor of platelet-derived growth factor and transforming growth factor beta signal transduction) or urokinase (a potent fibrinolytic). The investigators for this proposal have clearly demonstrated that they are capable of enrolling the number of patients required to support the proposed research mission of establishing an effective clinical IPF research network, through their past and current involvement in multi-centeras are necessary to track what is happening, but no more.
The full thread is here; my quote from Donald is on page 3.
So, in response to your specific scenarios:

TR-TR-Caravan x 2: All four cards stay out; Donald recommends placing the cards in branching format so it is clear that the Caravans were both played by the second TR. All four stay out because the first TR is what allows the second TR to play both duration cards twice. If you played one Caravan and one non-duration card with the second TR, then the first TR would be discarded at the end of the turn.
KC-KC-Caravan x 3: Same deal; all five stay out. If you only played one Caravan with the tripled KC and played two non-duration cards, then


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Green Party Leader David Coon said the provincial government's proposal to extend the moose hunting season is about politics and not science. (CBC)

The New Brunswick government announced in early May a plan to extend the moose season to five days from three.

The public has until June 5 to respond to the provincial government’s proposal.

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Jung madewhile to catch up on.
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range 3 to 8 bars.
The improvement in desirable reactions due to a reduction in pressure is accompanied by more rapid deactivation of the catalyst by coking. Coke, a high molecular weight compound constituted essentially by carbon and hydrogen, is deposited on the active sites of the catalyst. The H/C molar ratio of the coke formed varies from about 0.3 to 1.0. The carbon and hydrogen atoms form condensed poly-aromatic structures with a variable degree of crystalline organisation, depending on the function and nature of the catalyst and the operating conditions of the reactors. While the selectivity of transformation of the hydrocarbons to coke is very low, the amounts of coke accumulated on the catalyst can be large. Typically, for fixed bed units, such amounts are in the rangeget rid of waste, fraud and abuse in the federal government,” reads the ad.

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After a three-year investigation, Galicia Barillas was one of 61 persons named in a superseding indictment targeting the criminal activities of alleged leaders, members, and associates of MS-13 in Massachusetts. According to court documents, MS-13 was identified as a violent transnational criminal organization whose branches or “cliques” operate throughout the United States, including in Massachusetts. MS-13 members are required to commit acts of violence to maintain membership and discipline within the group. Specifically, MS-13 members are required to attack and murder gang rivals whenever possible.

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What about that CDMA model?

Before you ask about Sprint’s HTC One (a handset that runs on a CDMA network), we’ll already answer the question: yes, Sprint does come with GSM/EDGE and HSPA support, which means it


able to generate new instances from $p(x)$. This is an unsupervised learning problem and the usual approach is to first build an estimator for $p(x)$ and then sample from that. The generative adversarial network (GAN) [@goodfellow2014generative] is interesting in that it learns a generative model without explicitly modeling $p(x)$ but by using an auxiliary discriminative model, thereby transforming an unsupervised learning problem into a supervised learning problem.

A GAN model is composed of two learners, a generator $G$ and a discriminator $D$. $G$ takes as input random $z$ drawn from some simple parametric distribution of relatively low dimensionality, e.g., a zero-mean Gaussian with unit covariance, and learns to transform it to a valid instance $\tilde{x}$ from (the unknown) $p(x)$. $G$ is implemented as a deep neural network that takesSometimes $G$ learns only a part of the true $p(x)$ and can generate only a subset of the possible $x$; this is called [*mode collapse*]{} because it is indication that $G$ does not cover all the modes of $p(x)$. The second problem is that of [*vanishing gradients*]{} that we always have in training deep neural networks; note that here because both $D$ and $G$ are deep, $G$ is doubly deep because its gradient needs to be back-propagated through $D$.

There is recent work in the literature that focuses on these problems. To solve problems related to training, it has been proposed to use either different objective functions, regularization methods, or architectures; see [@creswell2018generative; @hong2019generative; @kurach2018gan] for good surveys of the state of the art.

The direction we pursue in this


of the type
of home that you want, then each item that you decide to keep has a
purpose or has some intrinsic value that contributes to your vision.

The
trick to being clutter free is to keep your stuff in its place and
relevant and purposeful to where your life is now and where it is going.
Of course your life changes and so to do your clothes, papers and other
belongings.Bard on the Beach, L’UniThéâtre, the Citadel, Vertigo, Lunchbox and most recently as David Cameron in The Audience at Theatre Calgary.

A graduate of LAMDA’s Post-Secondary program in Classical Theatre, Queen’s University, the Second City Conservatory Program in Toronto and the Vancouver TheatreSports Improvisor Training Program, Patrick is also active in the standup comedy scene.

Ashley Comeau is an improviser, producer, actor and writer hailing from Toronto, Canada. Ashley is a Second City alumna who wrote and starred in three revues at The Second City Toronto which garnered her a Dora nomination and a Canadian Comedy Award nomination. She was named Best Female Improviser in Toronto from NOW Magazine’s “Best Of Awards 2015”.

She performs all over the world with her comedy troupe – The Lusty Mannequins. It is comprised of


is the most underestimated tool we have at our disposal. That is the underlying theme of his many motivational speeches where he combines his comedy and life story with an inspirational message. Charles believes that in order to move forward in life one must first tell themselves the truth about themselves and uses his comedy to illustrate his own truths about his life and experiences.

Stacy's credits include North of 60 for CBC, Dreamkeeper, Picking up the Eagle Feather, the documentary Dream Makers and the female lead in Hank Williams First Nation, for which she won Best Actress at the American Indian Film Festival in San Francisco.

Stacy worked with Crazy Horse Theatre for over 6 years, as well as having performed pantomime with Neo Eccentric Entertainment.

Stacy also works onfacilitating workshops that surround issues of oppression and social injustices that youth face in their communities. Stemming from her passion for pow wow fancy dance Stacy completed the Aboriginal Dance Performance Program at the Banff Center in 2003, as well as her continued training in traditional hoop dancing.

Stacy is a member of "Going Miles" which brings to light the strength and beauty of Aboriginal People and especially our youth. All my relations.

Stacy Da Silva as

Kate Williams

Filsan Dualeh as Jen

Filsan Dualeh is a Calgary actor with a BFA in Drama and English from the University of Calgary.

Acting credits include: Julius Caesar (The Shakespeare Company, Ground Zero Theatre and Hit & Myth Productions); Parched, A play by Jennifer Roberts (Chromatic Theatre, Greater Forest Lawn Playwright’s Lab); Trojan Women; The Love


972 F.2d 1337
NOTICE: Ninth Circuit Rule 36-3 provides that dispositions other than opinions or orders designated for publication are not precedential and should not be cited except when relevant under the doctrines of law of the case, res judicata, or collateral estoppel.Carlos CASTILLO-CHAVARRIA, Petitioner,v.IMMIGRATION AND NATURALIZATION SERVICE, Respondent.
No. 90-70653.
United States Court of Appeals, Ninth Circuit.
Submitted Nov. 8, 1991.*Decided July 27, 1992.

Before CHOY, WILLIAM A. NORRIS and KLEINFELD, Circuit Judges.

1
MEMORANDUM**

2
This case raises the same issue of administrative notice which was controlling in the materially similar case of Castillo-Villagra, No. 90-70618.   It is reversed and remanded in accord with the decision in that case.

*
 The panel unanimously finds this case suitable for decision without oral argument.   Fed.R.App.P. 34(a);  9th Cir.R. 34-4

**
 This disposition is notto make a statistical inference about the unknown mean based on the observed sample mean, because the sampling distribution of the sample mean is either exactly normal, or approximately normal with sufficient sample size.  When the population variance is unknown, then irrespective of whether the population is normal or not, the test statistic for the location parameter cannot be computed without estimating this variance through the sample.  It is this estimation that changes the distribution of the test statistic from normal to Student's $t$.


of the lineman’s jersey have skyrocketed, bumping it to the #1 spot on the NFL web store.

During the news conference, Villanueva said that he does not mind if his teammates choose to take a knee or sit during the anthem, adding that some of the players who have protested, have also thanked him for his service.

ARMY VETERAN ALEJANDRO VILLANUEVA IS SOLE STEELERS PLAYER TO STAND OUTSIDE FOR NATIONAL ANTHEM

“People that are taking a knee are not saying anything negative about the military, they’re not saying anything negative about the flag, they’re just trying to protest that there are some injustices in America,” Villanueva said.

In 2016, Villanueva commented on former San Francisco 49er’s quarterback Colin Kaepernick’s initial protest, saying that while he doesn’t necessarily agree that taking the kneeblurred the lines between jump blues, New Orleans jazz and rock ’n’ roll. He repurposed songs he’d recorded years earlier like “Sing, Sing, Sing”; delivered over-the-top interpretations of jazz standards like “That Old Black Magic” and “I’ve Got You Under My Skin”; and let Butera take the microphone on the grinding blues of “There’ll Be No Next Time.” Perhaps Prima’s best-known song from this era, though, was the medley of “Just A Gigolo” and “I Ain’t Got Nobody” that opened his first Capitol studio album, The Wildest! (punctuation in original). It was a big hit then, and again 30 years later, when David Lee Roth made his debut outside the confines of Van Halen with a dead-on re-recording of Butera’s arrangement. The Wildest! also included “Jump, Jive An’


Strictly Prima maintained the same energy as his label debut. The whole revue would race from Vegas to Hollywood for a day or two, usually on a Thursday for some reason, blast through a session, then head right back to work. The live albums — Las Vegas Prima Style, The Wildest Show At Tahoe, Lake Tahoe Prima Style — were recorded late at night, when both the band and the audience were likely to be primed for wild abandon; a Capitol engineer, Jay Ranelucci, recalled, “We set up the equipment after the 2:30 a.m. show, next to the dumpster in the kitchen. The smell was awful.” The repertoire would jump back and forth between ballads (on which Smith would sing the lyrics straight, and Prima would deliver hislines in a kind of primeval jabber) and red-hot instrumentals that blended wailing New Orleans jazz and frenzied bebop.

Prima’s 1950s and early 1960s recordings represented a remarkable comeback for a guy who’d been on the skids, professionally, at the beginning of the decade. He had a combination of raw musical talent, vulgar charisma, and an astonishing backing band — not to mention Keely Smith, whose stoicism, perfectly timed eye-rolls, and occasional full-on mockery of her husband and his buddies offered the ideal counterpoint to his huffing and puffing. At a time when rock ’n’ roll was ascendant, a man in his late forties was making some of the wildest, most over-the-top music around. And these records retain every bit of their charm and galvanic energy today.

Phil Freeman is


This is WEEKEND EDITION from NPR News. I'm Wade Goodwyn. Rachel Martin is away. Syrians and the world have spent the last week bracing for a U.S. attack on Damascus that seemed to be imminent. Now, President Obama has surprised everyone by pushing the pause button and by announcing yesterday in the Rose Garden that he will go to Congress for approval. NPR's Ari Shapiro reports from the White House.

ARI SHAPIRO, BYLINE: Day by day, President Obama and his aides have been building the case for a strike on Syria. American warships moved closer to the Syrian coast as the president moved closer to a decision. Yesterday afternoon, Obama definitively announced he has made up his mind.

PRESIDENT BARACK OBAMA: I'm confident that we can hold the Assad regimeaccountable for their use of chemical weapons, deter this kind of behavior and degrade their capacity to carry it out.

SHAPIRO: That was hardly a surprise. But what came next was a dramatic twist.

OBAMA: I've long believed that our power is rooted not just in our military might, but in our example is a government of the people, by the people and for the people. And that's why I've made a second decision. I will seek authorization for the use of force from the American people's representatives in Congress.

SHAPIRO: It's a political gamble for the president. Not one week ago in London, the House of Commons shot down British Prime Minister David Cameron's bid for similar approval. For Cameron, it was a humiliating defeat. White House aides say they're


                 "void bar1(int &a3) { a3++; }\n"
                                       "void bar2(int &a4) { a4++; }\n");
  auto TU = ASTUnit->getASTContext().getTranslationUnitDecl();

  CloneDetector Detector;
  // Push all the function bodies into the detector.
  CloneDetectionVisitor Visitor(Detector);
  Visitor.TraverseTranslationUnitDecl(TU);

  // Find clones with the usual settings, but but we want to filter out
  // all statements from functions which names start with "bar".
  std::vector<CloneDetector::CloneGroup> CloneGroups;
  Detector.findClones(CloneGroups, NoBarFunctionConstraint(),
      for those who have bought 'grey market' Hikvision cameras as, depending on the variant, upgrading firmware could revert the device, be blocked or brick the camera.

No Fix Yet For Password In Config File

The DHS advisory also notes:

Hikvision has not mitigated the password in configuration file vulnerability.

It is not clear if or when Hikvision will fix this.

No Proof Of Concept Released But Verified

While the US DHS has verified these vulnerabilities, no proof of concept code has been released for them. The lack of one should reduce the amount of exploits.

Hikvision users should certainly take this seriously and upgrade all devices. In describing this exploit to IPVM when it was first discovered, montecrypto stated:

If you can access login screen, you can log in as an admin or event recover admin's


 define WIFEXITED(stat_val) ((stat_val).w_T.w_Termsig == 0)
#  else
#   define WIFEXITED(stat_val) (((stat_val) & 255) == 0)
#  endif
# endif

#endif /* !USE_SYSTEM */

#ifdef HAVE_STROPTS_H
#ifdef sinix
#define buf_T __system_buf_t__
#endif
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#endif
#endif

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#endif

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# include <sys/stream.h>
#endif

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#endif

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# endif

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#endif

/*
 * We use termios.h if both termios.h and termio.h are available.
 * Termios is supposed to be a superset of termio.h.  Don't include them both,
 * it may give problems on some systems (e.g. hpux).
 * I don't understand why we don't want termios.h for apollo.
 */
#if defined(HAVE_TERMIOS_H) && !defined(apollo)
#  include <termios.h>
#else
# ifdef HAVE_TERMIO_H
#  include <termio.h>
# else
#  ifdef HAVE_SGTTY_H
# by establishing the effect sizes of relations between (a) family functioning;(b) child and adult oral health behaviors;[and (c) test whether parental socialization of oral health behaviors mediates these associations in children.] #2: Test the second hypothesized pathway by establishing the effect sizes of relations between (a) family functioning and (b) child and adult oral health outcomes. Test both the direct effects of family function behaviors and whether these effects are mediated by oral health behaviors [and socialization of these behaviors in children]. #3: By applying a moderational framework to identify what makes family functioning sometimes predict oral health and other times not, we can more specifically determine under what conditions which aspects of family functioning predict child or adult oral health outcomes. #4: Determine the extent to which


the complex relationships between behavioral and social factors and oral health. These models can identify new potential targets of intervention that can lead to meaningful improvements in oral health. We will attempt to make these advances through the following specific aims: Specific Aim #1: Test the first hypothesized pathway by establishing the effect sizes of relations between (a) family functioning;(b) child and adult oral health behaviors;[and (c) test whether parental socialization of oral health behaviors mediates these associations in children.] Specific Aim #2: Test the second hypothesized pathway by establishing the effect sizes of relations between (a) family functioning and (b) child and adult oral health outcomes. Test both the direct effects of family function behaviors and whether these effects are mediated by oral health behaviors [and socializationemployers concerning sickness absence procedures \[[@CR36]\].

### Needs assessment {#Sec6}

The following concrete needs of employers regarding the RTW of cancer survivors were identified and used as input for subsequent IM steps:

Employers experience complex communication and decision-making during the RTW of cancer survivors \[[@CR17]\]. The following RTW phases were identified:*Disclosure*: the period between disclosure of the cancer survivor's illness to the employer and the first treatment*Treatment*: the period of sick leave during the cancer survivor's treatment*RTW planning*: the period in which the concrete planning and preparation of the cancer survivor's RTW take place*Actual RTW*: the period after RTW

Although the Dutch legislation on sick-listed employees is extensive, research revealed that this legislation does not support employers sufficiently in the case of cancer \[[@CR17]\]. We therefore hypothesized that employers need to be


cancer survivors with tailored RTW support.

Step 2: formulating objectives using a logic model of change {#Sec7}
------------------------------------------------------------

A logic model of the problem was composed and subsequently converted into a logic model of change.

### Logic model of the problem {#Sec8}

For each of the most important employer actions (identified in IM step 1), a specific logic model of the problem was composed using the Resource Dependence Institutional Cooperation (RDIC) model of employer support \[[@CR18]\], which is based on the RDIC model \[[@CR39]\]. The RDIC model of employer support assumes that whether an employer performs a specific employer action properly is determined by the following two concepts:*Willingness of the employer*, which may be influenced by the employer's perception of the cancer survivor and the employer action*Ability of the employer*, which may beunique synergy of the natural and the modern. Many will arrive here to experience the dozens of unique safari tours offered. It can be argued that the most famous excursions take place within Kruger National Park. If you have always wanted to get an up-close and personal view of lions, zebra, hippos and giraffe, you are in luck. As opposed to being a barren wilderness, there are actually a number of high-quality resorts found within the confines of this reserve. Other natural parks include Robben Island, Tsitsikamma National Park and Lion's Head Mountain. In fact, you can even interact with elephants when visiting Addo Elephant National Park (the third-largest park in the country).

If you are instead interested in hiking and bicycling, Table Mountain is surely of interest. You


in the United Kingdom and vice versa). It is always a good idea to exchange your pounds for the South African Rand before your travels, as rates can be quite high after your arrival. As this is such a large country, plan your itinerary accordingly while taking into account how long you plan on staying as well as the main sights that you hope to enjoy.= function (response) {
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    return false
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    request.emit('error', new Error('Exceeded maxRedirects. Probably stuck in a redirect loop ' + request.uri.href))
    return false
  }
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  if (!isUrl.test(redirectTo)) {
    redirectTo = url.resolve(request.uri.href, redirectTo)


Q:

Xcode 4.2 (build 4D199) + Python: Console output is different to the expected (e.g. no UTF-8 characters)

I am using Python 3.2.2 in Xcode 4.2 (build 4D199) on Mac OS X 10.7.2 and as follows:
main.py
#coding=utf-8
print("ľťď", 1+1)
print("ľťď")

Output in the console (Shift+Cmd+C):
('\xc4\xbe\xc5\xa5\xc4\x8f', 2)
ľťď

Expected output (e.g. IDLE works well):
ľťď 2
ľťď

Now given the fact that it also includes the brackets, apostrophes and comma, I presume that this behaviour is a result of the console's debugging nature, hence the real question is probably how to make the console to show the final output. The behaviour however seems a bit inconsistent and since this is my first encounter with Xcode and Python, my question is rather broad.
TL;DR: Is it possible to make the Xcode's console to output the same as e.g. IDLE?

A:

Now given the factreligious conservatives make about government rules requiring insurance plans to have birth control coverage.

There has been a long history of religious sects and groups having their social service functions, if they have one that receives tax money, separate from their religious proselytizing function. The services that are paid for by tax dollars have to be religion neutral according to the tax codes.

If I need to get some free day-old bread from a food pantry run by the Acme Baptist Church and they receive money from the government to operate that food pantry, is it fair to force me to listen to a sermon or to have to attend a church service to get that bread?

There shouldn’t be a religious poll tax to receive social services. I don’t feel


American Literature of the Sea and Great Lakes

CHASE, OWEN (1796-1869). Author of Narrative of the Shipwreck* of the Whale-Ship Essex,* of Nantucket* (1821), Owen Chase was first mate if the Essex when it was stove and sunk by a whale in the Pacific Ocean, 20 November 1820. The unprecedented whale attack and the three-month survival at sea of some of the crew made the event a legend. In Chapter 45 of Moby-Dick* Herman Melville* says that he saw Owen Chase (apparently a faulty recollection on Melville’s part), met Owen’s son at sea, and read a copy of the Narrative borrowed from Owen’s son. The Narrative is the main dramatic source for the ending of Moby-Dick.

A native of Nantucket, Chase was one of five brothers to serve as whalinga continuous function which satisfies for every $ t \in [s,T] $ that $$\label{eq:Exact}
                X_{s,t}^x
        =
        e^{ ( t - s ) A } x
        +
        \int_s^t e^{ ( t - u ) A } F( X_{s,u}^x ) \, du + O_t - e^{(t-s)A}O_s
        ,
        $$ and let $ {{ \bf X}}\colon [0,T] \to H $ be the function which satisfies for every $ t \in [0,T] $ that


     F ( {{ \bf X}}_s - {{ \bf O}}_s + O_s )
        \big)
        \big\|_H
        \,
        ds
        <
        \infty
        ,
        $$ and

(v) \[item:MainFormula\] it holds for every $ t \in [0,T] $ that $$\begin{split}
            \!\!\!\!
        {{ \bf X}}_t - X_{0, t}^{ \xi + O_0 }
   X}}_{ \llcorner s \lrcorner_{ \theta } } )
    \|_H
    \, ds
    +
    \| {{ \bf O}}_t - {{ \bf O}}_{ \llcorner t \lrcorner_\theta } \|_{ H_\delta }
    .
            \end{split}$$ Combining , , and  therefore establishes . The proof of Lemma \[lemma:function\_error\] is thus completed.

\[lemma:main\_error\_estimate\] Assume Setting \[setting:Exact\_vs\_Numeric\], let $ C, c \in [1,\infty) $, $ \gamma \in [0, 1] $, $ \delta \in [0, \gamma ] $, $ \iota \in [0, 1 - \delta] $, $ \kappa \in {{\ensuremath{\mathbbm{R}}}}$, and assume for every $ x, y \in H $ that $
    \| F( x )- F( y )  \|_H


 \leq
    C  \| x - y \|_{H_\delta} ( 1 + \| x \|_{H_\kappa}^c  + \| y \|_{H_\kappa}^c )
    $. Then

(i) \[item:minor detail 2\] it holds that $ ( {{ \bf X}}- {{ \bf O}}) \in \mathcal{C}( [0,T], H ) $,

(ii) \[item:continuity2\] it holds that $ (
    \{ (u,v) \in [0,T]^2 \colon u \leq v \}
        \times H \ni (s,t,x)
        \mapsto X_{s,t}^x
        \in
        H
        )
        \in
           +
        \| {{ \bf O}}_s - {{ \bf O}}_{ \llcorner s \lrcorner_\theta } \|_{H_\delta}
            \\
        &
        \quad
        +
        \| {{ \bf O}}_s - O_s \|_{H_\delta}
        \Big)
            \big(
        1
        +
        \| {{ \bf X}}_{\llcorner s \lrcorner_\theta} \|_{H_\kappa}


Lemma \[lemma:function\_error\]) and the fact that $ \forall \, a, b \in [0, \infty) $, $ c \in [1, \infty) \colon
        1 + a^c + b^c \leq (1 + a +b)^c $ therefore establish item . The proof of Lemma \[lemma:main\_error\_estimate\] is thus completed.

Strong temporal approximation error estimates {#subsection:Measure}
---------------------------------------------

In this subsection we establish in Corollary \[corollary:main\_error\_estimate\] an upper moment bound for the difference between the solution of a stochastic version of the integral equation in  above (see  below) and its numerical approximation (cf.  below and  above). To do so, we first recall in Lemma \[Lemma:AliprantisBorder4.55\] (see, e.g., Aliprantis & Border [@AliprantisBorder2006 Theorem 4.55]) an elementary fact on measurability properties of functions which we then employ together with Lemma \[lemma:crucial\_apply\_Alekseev\_Groebner\] above to establish in Lemma \[lemma:MeasurableDerivative\] suitable regularity properties ofO_s
    ,
    $$ and let $ {{ \bf X}}\colon [0,T] \times \Omega \to H $ be a function which satisfies for every $ t \in [0,T] $ that $$    \label{eq:Numeric2}
        {{ \bf X}}_t
    =
    e^{t A}
    \xi
    +
    \int_0^t
    e^{ (t - \llcorner u \lrcorner_\theta ) A }
    {{ \bf F}}( {{ \bf X}}_{ \llcorner u \lrcorner_\theta } ) \, du
    +
    {{ \bf O}}_t.
    $$ Then

(i) \[item:0\_omega\] it holds that $ {{ \bf X}}\in {{\ensuremath{\mathcal{M}}}}( {{\ensuremath{\mathcal{B}}}}([0,T]) \otimes {{\ensuremath{\mathcal{F}}}}, {{\ensuremath{\mathcal{B}}}}(H)) $,

(ii)


 \|
    {{ \bf F}}( {{ \bf X}}_{ \llcorner s \lrcorner_\theta } )
    \|_H
            +
    [ |\theta|_T ]^\iota
    \smallint_0^{ \llcorner s \lrcorner_\theta }
    ( \llcorner s \lrcorner_\theta - \llcorner u \lrcorner_\theta )^{-\delta-\iota}
    \|
    {{ \bf F}}( {{ \bf X}}_{ \llcorner u \lrcorner_{ \theta } } )
    \|_H
    \, du
        \\
    &
    \quad
    +
    \| {{ \bf O}}_s
    -
    {{ \bfO}}_{\llcorner s \lrcorner_\theta}
    +
    (
    e^{sA}
    -
    e^{ \llcorner s \lrcorner_\theta A }
    )
    \xi
    \|_{H_\delta}
    +
    \| {{ \bf O}}_s - O_s
    +
    e^{s A}( \xi - \zeta )
     \|_{H_\delta}
    \Big)
        \\
    &
    \quad
    \cdot
    \big[
    1
    +
    \| {{ \bf X}}_{\llcorner s \lrcorner_\theta} \|_{H_\kappa}


+ O_s
    +e^{sA}( \zeta - \xi ) }
    \big \|_{ {\mathcal{L}}^{ 2 p } ( {{\ensuremath{\mathbb{P}}}}; L(H) ) }
    \\
    &
    \quad
    \cdot
        \Big \|
    [ | \theta |_T ]^{\gamma - \delta}
    \| {{ \bf F}}( {{ \bf X}}_{\llcorner s \lrcorner_\theta } )
    \|_{H_{\gamma - \delta}}
            +
    \| {{ \bf F}}( {{ \bf X}}_{\llcorner s \lrcorner_\theta } ) - F ( {{ \bf X}}_{\llcorner s \lrcorner_\theta } ) \|_H
       \\
    &
    \quad
    +
    C
    \Big(
        [ | \theta |_T ]^{1-\delta}
    \|
    {{ \bf F}}( {{ \bf X}}_{\llcorner s \lrcorner_{\theta}})
    \|_H
    +
    [ |\theta|_T ]^\iota
    \smallint_0^{ \llcorner s \lrcorner_\theta }
    ( \llcorner s \lrcorner_\theta - \llcorner u \lrcorner_\theta )^{-\delta-\iota}
    \|
    {{ \bf F}}( {{ \bf X}}_{ \llcorner u \lrcorner_{ \theta } } )
    \|_H
    \, du
    \\
    &


  .
        \end{split}$$ Furthermore, observe that for every $ s \in [0,T] $ it holds that $$\begin{split}
        &
    \| ( e^{sA} - e^{ \llcorner s \lrcorner_{ \theta } A } )
    \xi
    \|_{ H_\delta }
    =
    \|
    e^{ \llcorner s \lrcorner_\theta A }
    ( e^{ ( s - \llcorner s \lrcorner_\theta ) A }
    -
    \operatorname{Id}_H )
    \xi
    \|_{ H_\delta }
    \leq
    \|
        (-A)^{\delta}
 \in [s,T] $, $ s \in [0,T] $, $ \omega \in \Omega $, $ x \in H $ in the notation of item  of Proposition \[proposition:Derivative\_process\_estimate\]) hence proves that for every $ \omega \in \Omega $ it holds that $$\begin{gathered}
(
\{ (u, v) \in [0,T]^2 \colon u \leq v \} \times H
\ni
(s,t,x)
\mapsto
{{\ensuremath{\mathcal{X}}}}^x_{s,t}(\omega)
\in H
)
\\
\in \mathcal{C}^{0,0,1}
( \{ (u, v) \in [0,T]^2 \colon u \leq v \} \times H, H)
.\end{gathered}$$ Moreover, observe that  and item  of Proposition \[proposition:Derivative\_process\_estimate\] (with $ T = T $, $ \varepsilon = \varepsilon $, $ { \bf C } = { \bf C } $, $ F = F $, $ O_t = O_t( \omega ) $, $ {{\ensuremath{\mathcal{X}}}}_{s,t}^x = {{\ensuremath{\mathcal{X}}}}_{s,t}^x(\omega) $ for $ t \in [s,T] $, $ s \in [0,T] $, $ \omega \in


that for every $ x \in H $ it holds that $ \langle x, F(x) \rangle_H
    \leq
    a + b \| x \|_H^2 $ implies that for every $ x \in H $ it holds that $$\begin{split}
    \label{eq:generator_assumption}
        &
    2 \rho \langle x,  A x + F(x) \rangle_H
    +
    \rho \|  B  \|_{{{\ensuremath{\textup{HS}}}}(U,H)}^2
    +
    2 \rho^2 \| \mathbb{B} x\|_U^2
        \\
    &
    \leq
    - 2 \rho \| x \|_{H_{\nicefrac{1}{2}}}^2
       - s ) }
    {{\ensuremath{\mathbb{E}}}}\bigg[
    \exp\!
    \bigg(
    2
    \rho
    e^{
        - 2 (
        b + \rho \| B \|_{{{\ensuremath{\textup{HS}}}}(U,H)}^2)
        T
    }
    \int_s^t
    \| X_{s,u}^{ Y_s } \|_{ H_{ \nicefrac{1}{2} } }^2
    \, du
    \bigg)
    \bigg]
        \\
    &
    \leq
    \exp\!
    \big(
    p {


 ,
                    \end{split}$$ let $ \mathcal{Y} \colon
    [0,T] \times \Omega \to H $ be the function which satisfies for every $ t \in [0,T] $, $ \omega \in \Omega $ that $$\label{eq:NewY1}
        \mathcal{Y}_t (\omega) =
    \begin{cases}
    {{ \bf X}}_t(\omega) & \colon \omega \in \Sigma \\
    0 & \colon \omega \in ( \Omega \backslash \Sigma )
    ,
    \end{cases}
    $$ and let $ \mathcal{O} \colon
    [0,T] \times \Omega \to H $ be the function which satisfies for every    +
        \Big(
        (
        [ | \theta |_T ]^{1 - \delta}
        +
        [ | \theta |_T ]^{\gamma - \delta}
        )
        \sup\nolimits_{s\in [0,T]}
        \|
        {{ \bf F}}( \mathcal{Y}_s )
        \|_{{\mathcal{L}}^{4p}({{\ensuremath{\mathbb{P}}}}; H)}
            +
        \sup\nolimits_{s\in [0,T]}


t \in [0,T] } $-adapted stochastic process with continuous sample paths which satisfies for every $ t \in [s,T] $ that $$\begin{split}
        {{\ensuremath{\mathbb{P}}}}\bigg(
    X_t = e^{(t-s)A} \xi + \int_s^t e^{(t-u)A} F (  X_u  ) \, du
    +
    O_t - e^{(t-s)A} O_s
    \bigg)
    =
    1
    .
        \end{split}$$ Then $$\begin{split}
    \label{eq:Lp bound}
        \sup\nolimits_{t\in [s,T]}
    {{\ensuremath{\mathbb{E}}}}[  \| X_t \|_H^p ]
    &
    \leq
    \big(
    {{\ensuremath{\mathbb{E}}}}[ \| \xi \|_H^p      &
    \int_s^t
    {{\ensuremath{\mathbbm{1}}}}_{ \{ \tau_r \geq u \} }
    \| X_u \|_H^{2(p-2)}
    \| ( U \ni v \mapsto \langle X_u, B( v ) \rangle_H \in {{\ensuremath{\mathbbm{R}}}}) \|_{{{\ensuremath{\textup{HS}}}}(U,{{\ensuremath{\mathbbm{R}}}})}^2
    \, d u
    \\
&
    \leq
    \int_s^t
    {{\ensuremath{\mathbbm{1}}}}_{ \{ \tau_r \geq u \} }
    \| X_u \|_H^{2(p-1)}
    \| B \|_{{{\ensuremath{\textup{HS}}}}(U,H)}^2
    \, d u
\\
&
\leq
    \int_s^t
    r^{2(p-1)}
    \| B \|_{{{\ensuremath{\textup{HS}}}}(U,H)}^2
    \, d u
    \leq
    \int_0^T


    a + \tfrac{p-1}{2} \| B \|_{{{\ensuremath{\textup{HS}}}}(U,H)}^2
    \big)^{\nicefrac{p}{2}}
            \\
    &
    \leq
    {{\ensuremath{\mathbb{E}}}}[ \|
        \xi  \|_H^p ]
    +
    (pb + p - 2)
    (t-s)r^p
    +
    2 (t-s)
    \big(
    a
    +
    \tfrac{ p-1 }{2} \| B \|_{{{\ensuremath{\textup{HS}}}}(U,H)}^2
    \big)^{\nicefrac{p}{2}}
        .
        \end{split}$$ Gronwall’s lemma therefore shows that for every+ \beta  ) $, $ \alpha_1 \in [0, 1 - \eta_1 ) $, $ \alpha_2 \in [0, 1 - \eta_2 ) $, $ B \in {{\ensuremath{\textup{HS}}}}(U, H_\beta ) $, $ F \in \mathcal{C}(  H_\gamma, H ) $, $ (P_I)_{ I \in \mathcal{P}({{\ensuremath{\mathbb{H}}}}) } \subseteq L(H) $ satisfy for every $ I \in \mathcal{P} ({{\ensuremath{\mathbb{H}}}}) $, $ x \in H $ that $ P_I(x)
    = \sum_{h \in I} \langle h, x \rangle_H h $, assume for every $ I \in \mathcal{P}_0 ({{\ensuremath{\mathbb{H}}}}) $, $ x \in P_I(H) $ that $ \langle x, F(x) \rangle_H
    \leq
    a + b \| x \|_H^2 $ and $$\label{assumption:quadratic growth}
        \Big[


 \Big]
    < \infty
    ,
    $$ let $ ( \Omega, {{\ensuremath{\mathcal{F}}}}, {{\ensuremath{\mathbb{P}}}}) $ be a probability space with a normal filtration $ ({{\ensuremath{\mathbb{F}}}}_t)_{ t \in [0,T] } $, let $ (W_t)_{ t \in [0,T]} $ be an $ \operatorname{Id}_U $-cylindrical $ ( {{\ensuremath{\mathbb{F}}}}_t )_{ t \in [0,T] } $-Wiener process, let $ \xi \in {\mathcal{L}}^{4p}({{\ensuremath{\mathbb{P}}}}|_{{{\ensuremath{\mathbb{F}}}}_0}; H_{ \iota } ) $ satisfy $ {{\ensuremath{\mathbb{E}}}}[ \| \xi \|_H^{8p} ] < \infty $, and let $ X^I \colon [0,T] \times \Omega \to P_I(H) $, $ I \in \mathcal{P}_0 ({{\ensuremath{\mathbb{H}}}}) $, and $ O^I \colon [0,T] \times \Omega \to P_I(H) $, $ I \in \mathcal{P}_0 ({{\ensuremath{\mathbb{H}}}}) $, be $ ( {{\ensuremath{\mathbb{F}}}}_t )_{ t \in [0,T] } $-adapted stochastic processes with continuous sample paths$ \delta, \kappa \in [0,\gamma] $, $ F \in \mathcal{C}( H_\gamma, H ) $, let $ (P_I)_{ I \in \mathcal{P}({{\ensuremath{\mathbb{H}}}}) } \subseteq L(H) $ satisfy for every $ I \in \mathcal{P} ({{\ensuremath{\mathbb{H}}}}) $, $ v \in H $ that $ P_I( v )
    = \sum_{h \in I} \langle h, v \rangle_H h $, and assume for every $ I \in \mathcal{P}_0({{\ensuremath{\mathbb{H}}}}) $, $ u, v \in P_I(H) $ that $ \| P_I F( u ) - P_I F( v ) \|_H
    \leq
    C \| u - v \|_{H_\delta} ( 1 + \| u \|_{H_\kappa}^c + \| v \|_{H_\kappa}^c ) $. Then it holds for every $ u, v \in H_\gamma $ that $$\label{eq:End results}


  \| F( u ) - F( v ) \|_H
    \leq
    C \| u - v \|_{H_\delta} ( 1 + \| u \|_{H_\kappa}^c + \| v \|_{H_\kappa}^c )
    .
    $$

Throughout this proof let $ I_n \subseteq {{\ensuremath{\mathbb{H}}}}$, $ n \in {{\ensuremath{\mathbbm{N}}}}$, be sets which satisfy for every $ n \in {{\ensuremath{\mathbbm{N}}}}$ that $ I_n \subseteq I_{n+1} $ and $ \cup_{m \in {{\ensuremath{\mathbbm{N}}}}} I_m = {{\ensuremath{\mathbb{H}}}}$. Note that the triangle inequality implies that for every $ m, n \in {{\ensuremath{\mathbbm{N}}}}$, $ u, v \in H_\gamma $ it holds that $$\begin{split}
    \label{eq:Triangle}
        &
    \| F(u) - F(v) \|_V

    \big(
    \|  F( u )
    -
    F(P_{I_n} u )
    \|_H
        +
    \| F( P_{I_n} v )
    -
    F( v )
    \|_H
    \big)
    =
    0
    .
            \end{split}$$ Moreover, note that the fact that $ \forall \, n \in {{\ensuremath{\mathbbm{N}}}}$, $ u, v \in P_{I_n}(H) \colon
    \| P_{I_n} F( u ) - P_{I_n} F( v ) \|_H
    \leq


 )
    .
        \end{split}$$ The fact that $ \delta, \kappa \in [0, \gamma] $ and  therefore prove that for every $ m \in {{\ensuremath{\mathbbm{N}}}}$, $ u, v \in H_\gamma $ it holds that $$\begin{split}
        \limsup\nolimits_{
                n \to \infty }
    \| P_{I_m}
    F(P_{I_n} u )
    -
    P_{I_m}
    F(P_{I_n} v )
    \|_H
    &
    \leq
    C \| u - v \|_{H_\delta}
    ( 1 + \|+
 [ | \theta |_T ]^\alpha
 \big)
 ,
 \end{split}$$ and $$\begin{split}
   &
 \sup\nolimits_{ s \in [0,T] }
 \| {{ \bf O}}_s^{\theta, I} - O_s^{I_n} \|_{{\mathcal{L}}^{4p c}({{\ensuremath{\mathbb{P}}}}; H_\kappa)}
 \\
 &
 \leq
 C
 \max \{ \| (-A)^{ \kappa - \max \{ \kappa, \delta \} } \|_{L(H)}, 1 \}
 ( \| ( - A)^{-\iota} \|_{L(H)} + [ \max\{ T, 1 \} ]^\alpha ).
    \end{split}$$ Combining , item , and – hence implies that for every $ \theta \in \varpi_T $, $ I \in \mathcal{P}_0({{\ensuremath{\mathbb{H}}}}) $ it holds that $$\begin{aligned}
\nonumber
&
\limsup\nolimits_{n \to \infty}
\big(
\sup\nolimits_{ t \in [0,T] }
\| {{ \bf X}}_t^{ \theta, I } - \mathcal{X}_{ t}^n \|_{ {\mathcal{L}}^p( {{\ensuremath{\mathbb{P}}}}; H ) }
\big)
\\
\nonumber
&
\leq
C
\max \{ \| (-A)^{ - \max \{ \kappa, \delta \}


for every $ N \in \mathfrak{N} $ that $ ( W_t^N )_{ t \in [0,T] } $ is a $ ( P_N B \mathbb{B} |_{ P_N(H) } ) $-Wiener process.

Throughout this proof let $ ( {{\ensuremath{\mathbb{F}}}}_t )_{ t \in [0,T] } $ be the normal filtration generated by $ (W_t)_{ t \in [0,T] } $. Observe that Lemma \[lemma:Finite dimensional process Wn\] (with $ H = H $, $ U = U $, $ \mathfrak{N} = \mathfrak{N} $, $ h_n = h_n $, $ B = B $, $ P_{ \{ h_1, h_2, \ldots, h_n \} } = P_n $, $ {{\ensuremath{\mathbb{U}}}}_n = {{\ensuremath{\mathbb{U}}}}_n $, $ \mathfrak{P}_{ {{\ensuremath{\mathbb{U}}}}_n }
    =
    \mathfrak{P}_n $ for $ n \in \mathfrak{N} $ in the notationof Lemma \[lemma:Finite dimensional process Wn\]) ensures that for every $ N \in \mathfrak{N} $, $ t \in [0,T] $ it holds that $$                \label{eq:Change 1}
            P_N B
        =
        P_N B
    \mathfrak{P}_N
        .$$ This establishes items  and . Combining  and, e.g, [@JentzenPusnik2018Published Lemma 3.2] (with $ H = P_N(H) $, $ U = U $, $ T = T $, $ Q = \operatorname{Id}_U $, $ (\Omega, {{\ensuremath{\mathcal{F}}}}, {{\ensuremath{\mathbb{P}}}}, ( {{\ensuremath{\mathcal{F}}}}_t )_{ t \in [0,T] } )


\lrcorner_\theta  )A}
                P_I B \mathfrak{P}_J
        \,
        dW_s
    }{
        1 +
        \|
        \int_{ \llcorner t \lrcorner_\theta }^t
        P_I B  \mathfrak{P}_J
        \,
        dW_s
        \|_H^2
    }
    .
    \end{split}$$ Observe that Lemma \[lemma:Continuous adapted\in \varpi_T }
    \sup\nolimits_{I \in \mathcal{P}_0({{\ensuremath{\mathbb{H}}}})} \sup\nolimits_{ t \in [0,T] }
    \| {{ \bf X}}_t^{ \theta, I }  \|_{{\mathcal{L}}^{ p }({{\ensuremath{\mathbb{P}}}}; H_\iota )}
    <
    \infty
    .
    $$

Throughout this proof let $ ( \mathbb{G}_t )_{ t \in [0, T] } $ be the normal filtration generated by $ ( W_t )_{ t \in [0,T] } $, let $ \mathbb{U} $ be an orthonormal basis of $ U $, and let $ {{ \bf O}}^{\theta, I} \colon [0,T]
    \times \Omega \to P_I(H) $, $ \theta \in \varpi_T $, $ I \in \mathcal{P}_0({{\ensuremath{\mathbb{H}}}}) $, be stochastic processes which satisfy for every $ \theta \in \varpi_T $,


\Omega, {{\ensuremath{\mathcal{F}}}}, {{\ensuremath{\mathbb{P}}}}) $, $ T = T $, $ \beta = \nicefrac{1}{2}  + \beta $, $ \gamma = \gamma $, $ \xi = ( \Omega \ni \omega \mapsto P_I(\xi(\omega)) \in H_{ \nicefrac{1}{2} + \beta } ) $, $ F = ( H_\gamma \ni x \mapsto {{\ensuremath{\mathbbm{1}}}}_{ D_{ | \theta |_T }^I }(x) P_I F(x) \in H ) $, $ \kappa = ( [0,T] \ni t \mapsto \llcorner t \lrcorner_\theta \in [0,T] ) $, $ Z = ( [0,T] \times \Omega \ni (t,\omega)
    \mapsto {{ \bf X}}_{ \llcorner t \lrcorner_\theta }^{ \theta, I }
    (\omega) \in H_\gamma ) $, $ O = ( [0,T] \times \Omega \ni (t, \omega )
    \mapsto
    {{ \bfstochastic process with continuous sample paths which satisfies for every $ t \in [0,T] $ that $$[ X_t ]_{{{\ensuremath{\mathbb{P}}}}, {{\ensuremath{\mathcal{B}}}}(H_\gamma)}
=
\bigg[
e^{tA} \xi
+
\int_0^t e^{(t-s)A} F(X_s) \, ds
\bigg]_{{{\ensuremath{\mathbb{P}}}}, {{\ensuremath{\mathcal{B}}}}(H_\gamma)}
+
\int_0^t e^{(t-s)A} B \, dW_s,
$$ and let $ {{ \bf X}}^{\theta, I } \colon [0,T] \times \Omega \to P_I( H ) $, $ \theta \in \varpi_T $, $ I \in \mathcal{P}_0({{\ensuremath{\mathbb{H}}}}) $, be $ ( {{\ensuremath{\mathbb{F}}}}_t )_{t\in [0,T]} $-adapted stochastic processes which satisfy for every $ \theta \in \varpi_T $, $ I \in \mathcal{P}_0({{\ensuremath{\mathbb{H}}}}) $, $ t \in [0,T] $ that $ {{ \bf X}}_0^{\theta,I}= P_I \xi $ and $$\begin{split}
\label{eq:Scheme}
[
{{ \bf X}}_t^{\theta, I}
]_{{{\ensuremath{\mathbb{P}}}}, \mathcal{B}( P_I(H) ) }
&=
\big[
e^{(t-\llcorner t \lrcorner_\theta )A}
{{ \bf X}}^{\theta, I }_{
    \llcorner t \lrcorner_\theta


&
    \sup\nolimits_{ I \in \mathcal{P}_0({{\ensuremath{\mathbb{H}}}}) }
    \sup\nolimits_{ s \in [0,T] }
    \| {{ \bf O}}_s^{\theta, I} - {{ \bf O}}_{ \llcorner s \lrcorner_\theta }^{\theta, I}
    \|_{{\mathcal{L}}^{4p}( {{\ensuremath{\mathbb{P}}}}; H_\delta ) }
    \leq
        \mathfrak{C}
        \,
        [| \theta |_T]^{ \gamma - \delta }
        .
        \end{split}$$ Moreover, note that the fact that $ \gamma < \nicefrac{1}{2} + \beta $ ensures that there exists an $ ( {{\ensuremath{\mathbb{F}}}}_t )_{ t \in [0,T] } $-adapted stochastic process $ O   \end{split}$$ This and  imply that $$\label{eq:Exp3}
    \sup\nolimits_{I \in \mathcal{P}_0(H) }
    \sup\nolimits_{ s \in [0,T]}
    {{\ensuremath{\mathbb{E}}}}[
    \exp
     (
    16
    \rho
    \|
    O_s^{I}
    \|_H^2
     )
     ]
    < \infty
    .$$ Combining this, , , , the assumption that $ {{\ensuremath{\mathbb{E}}}}[ \exp ( \epsilon \| \xi \|_H^2 ) ] < \infty $, and the fact that $ 16 \rho < \epsilon $ demonstrates that $$\begin{split}
    \label{eq:no5}


    .
        \end{split}$$ Next observe that the fact that $ \xi \in {\mathcal{L}}^{ 32 p c \max \{  ( \gamma - \delta ) / \varsigma, 1 \} }({{\ensuremath{\mathbb{P}}}}; H_{ \max \{ \eta_2, \sigma, \nu, \gamma \} } ) $, the fact that $$    \label{eq:Addition2}
    \Big[
    \sup\nolimits_{ v \in H_{ \max \{ \gamma, \eta_2 \} }  }
    \tfrac{ \| F(v) \|_{H  } }
    { 1 + \| v \|_{H_{ \eta_2 } }^2 }
    \Big]
    +
    \Big[
    \sup\nolimits_{ v \in H_{ \max \{ \gamma, \eta_1 \} }  }
     } ( {{\ensuremath{\mathbb{P}}}}, H_\nu ) }^{ 2 }
        \big)^{ \nicefrac{ ( \gamma - \delta ) }{ \varsigma } }
    .
            \end{split}$$ Combining this and  demonstrates that there exists $ \mathbf{C} \in [1, \infty) $ which satisfies that for every $ \theta \in \varpi_T $, $ I \in \mathcal{P}_0({{\ensuremath{\mathbb{H}}}}) $, $ t \in [0,T] $ it holds that $$\big\|
    1
    -
    {{\ensuremath{\mathbbm{1}}}}_{  D_{ | \theta |_T }^I  }
    ( {{\ensuremath{\mathcal{X}}}}^{\theta, I }_{\llcorner t \lrcorner_\theta } )
    \big\|_{ {\mathcal{L}}^{ 4 p c }( {{\ensuremath{\mathbb{P}}}};


\nu, \eta_1 \in [0, \nicefrac{1}{2} + \beta ) $, $ \eta_2 \in [\eta_1, \nicefrac{1}{2} + \beta ) $, $ \alpha_1 \in [0, 1 - \eta_1 ) $, $ \alpha_2 \in [0, 1 - \eta_2 ) $, $ \alpha_3 = 0 $, $ B \in  {{\ensuremath{\textup{HS}}}}(U, H_\beta) $, $ F \in \mathcal{C}^1(  H_\gamma, H ) $, let $ \Phi \colon H \to [0, \infty) $ be a function, let $ ( P_I )_{ I \in \mathcal{P}({{\ensuremath{\mathbb{H}}}}) } \subseteq L(H) $ satisfy for every $ I \in \mathcal{P}({{\ensuremath{\mathbb{H}}}}) $, $ x \in H $ that $ P_I(x)
    = \sum_{h \in I} \langle h, x \rangle_H h $, assume for every $ I \in \mathcal{P}({{\ensuremath{\mathbb{H}}}}) $ that $ ( P_I(H) \ni v \mapsto \Phi(v) \in [0,\in \mathcal{P}_0({{\ensuremath{\mathbb{H}}}}) $, $ t \in [0,T] $ that $ {{ \bf X}}_0^{\theta,I}= P_I \xi $ and $$\begin{aligned}
    \label{eq:Scheme2}
    \nonumber
    [
    {{ \bf X}}_t^{\theta, I}
    ]_{{{\ensuremath{\mathbb{P}}}}, \mathcal{B}( P_I(H) ) }
    &=
    \big[
    e^{(t-\llcorner t \lrcorner_\theta )A}
        {{ \bf X}}^{\theta, I }_{
        \llcorner t \lrcorner_\theta
    }
    +
    {{\ensuremath{\mathbbm{1}}}}_{ \{ 1 + \|  {{ \bf X}}^{\theta, I }_{\llcorner t \lrcorner_\theta } \|_{H_\nu}^2 \leq [ | \theta |_T ]^{- \varsigma }


\|_H^2 ) ] < \infty $, the assumption that for every $ I \in \mathcal{P}_0({{\ensuremath{\mathbb{H}}}}) $, $ x, y \in P_I( H ) $ it holds that $ \langle F'(x) y, y \rangle_H  \leq
    ( \varepsilon \| x \|_{H_{\nicefrac{1}{2}}}^2
    + C_\varepsilon ) \| y \|_H^2
    + \|y \|_{H_{\nicefrac{1}{2}}}^2 $, $ \langle x, F(x) \rangle_H \leq {a}( 1 + \| x \|_H^2 ) $, $ \| F( x ) - F( y ) \|_H
    \leq
    C \| x - y \|_{H_\delta}
    ( 1 + \| x \|_{H_\kappa}^c  + \| y \|_{H_\kappa}^c ) $, and $ \langle x, A x + F(x+y) \rangle_H
   \rangle_{H}
=
-
\langle v ,
[ \varphi' ]_{ \lambda, \mathcal{B}({{\ensuremath{\mathbbm{R}}}})}
\rangle_{H} $, let $ B \in {{\ensuremath{\textup{HS}}}}(H, H_\beta ) $, let $ F \colon H_{\nicefrac{1}{2}} \to H $ be the function which satisfies for every $ v \in H_{ \nicefrac{1}{2} } $ that $ F(v) =
c_1
v \partial v $, let $ (P_I)_{ I \in \mathcal{P}({{\ensuremath{\mathbb{H}}}}) } \subseteq L(H) $ satisfy for every $ I\in \mathcal{P}({{\ensuremath{\mathbb{H}}}}) $, $ v \in H $ that $ P_I(v) =\sum_{h \in I} \left< h ,v \right>_H h $, let $ ( \Omega, {{\ensuremath{\mathcal{F}}}}, {{\ensuremath{\mathbb{P}}}}) $ be a probability space with a normal filtration $ ( {{\ensuremath{\mathbb{F}}}}_t )_{t \in [0,T]} $, let $ (W_t)_{t\in [0,T]} $ be an $ \operatorname{Id}_H $-cylindrical $ ( {{\ensuremath{\mathbb{F}}}}_t )_{t\in [0,T]} $-Wiener process, let $ \xi \in {\mathcal{L}}^{32p \max \{


\bf X}}^{\theta, I }_t \|_{{\mathcal{L}}^p({{\ensuremath{\mathbb{P}}}}; H)}
    \leq
    C
    \big( \| P_{{{\ensuremath{\mathbb{H}}}}\backslash I } ( -A )^{ (\nicefrac{1}{2}) - \gamma } \|_{L(H)}
    +
    [| \theta |_T]^{  \gamma - (\nicefrac{1}{2}) }
    \big)
    .$$

Throughout this proof let $ \Phi \colon H \to [0, \infty) $ be the function which satisfies for every $ w \in H $ that $$\Phi( w ) =
    \begin{cases}
        \tfrac{ 3 | c_1 |^2 }{ 8  | c_0 |  }
    \bigg[
    \sup_{ u \in H_{\nicefrac{1}{2} } \backslash \{ 0 \} }
   \langle v, F( v + w ) \rangle_H
    &
    \leq
    \Phi(w) ( 1 +  \| v \|_H^2 )
    -
    \langle v, A v \rangle_H
    .
        \end{split}$$ Combining this, the assumption that $ \inf_{ \epsilon \in (0, \infty) }
    {{\ensuremath{\mathbb{E}}}}[ \exp( \epsilon \| \xi \|_H^2 ) ] < \infty $, items  and , , , and – with Corollary \[corollary:Exact\_to\_numeric\] (with $ ( H, \langle \cdot, \cdot \rangle_H,
    \left \| \cdot \right \|_H )
    =
    ( H, \langle \cdot, \cdot \rangle_H,
    \left \| \cdot


which satisfies $ D(A) =  \{
    v \in H \colon \sum_{ n=1 }^\infty  | n^2
    \langle e_n, v \rangle_H  | ^2 <  \infty
     \} $ and $ \forall \, v \in D(A) \colon A v = - c_0 \sum_{ n = 1 }^\infty \pi^2 n^2 \langle
    e_n, v \rangle _H e_n $, let $ (H_r, \langle \cdot, \cdot \rangle_{H_r}, \left \| \cdot \right \|_{H_r} ) $, $ r\in {{\ensuremath{\mathbbm{R}}}}$, be a family of interpolation spaces associated to $ -A $, for every $ v \in W^{1,2}( (0,1), {{\ensuremath{\mathbbm{R}}}}) $ let $ \partial v
    \in H $ satisfy for every $ \varphi "# The seas be ours" "# And by the powers" "# Where we will, we'll roam" "# Yo ho" "# All hands" "# Hoist the colors high [all] # Heave-ho" "# Thieves and beggars" "# Never shall we die" "# Yo ho" "# Haul together" "# Hoist the colors high" "Lord Beckett!" "They've started to sing, sir." " Finally." " # Thieves and beggars" "# Never shall we die #" "[woman] # Some have died and some are alive" "# Others sail on the sea" "# With the keys to the cage" "# And the devil to pay" "# We lay to Fiddler's Green" "# The bell has been raised from its watery grave" "# Hear its sepulchral tone" "# A call to all Pay heed the squall"


proper nor suitable, sir." "It is not acceptable nor adequate." "It is, in obvious fact, an abomination." "Begging your pardon, sir, but if you gave a man another chance." " Shall I?" " [Unsheathes sword]" "It's that sort of thinking got us into this mess." "We have lost speed and, therefore, time." "Precious time, which cannot be recovered once lost." "Do you understand?" " [All] Aye, aye, captain." " Do you now?" "It will all have to be redone." "All of it." "And let this serve as a lesson to the lot of you." "Doldrums, sir, has the entire crew on edge." "I have no sympathy for any of you feculent maggots, and no more patience to pretend otherwise." "Gentlemen, I wash my hands of this weirdness." "No"There was this chest, you see." "It's odd." "At the time it seemed so important." "Come aboard." "And a heart." "I learned that if you stab the heart, yours must take its place." "And you will sail the seas for eternity." "The Dutchman must have a captain." "Silly thing to die for." "Someone, cast a line." "Come back with us!" "Come on." "A touch... of destiny." "Take the line." "I'm so proud of you, Elizabeth." "Father, the line!" "Take the line!" " She must not leave the ship!" " Father!" "Please come with us!" "Please!" "No!" "I won't leave you!" "I'll give your love to your mother." " Please, I won't let you go!" " Elizabeth." " Elizabeth." " [Sobbing]" "Is there a way?" "Him at peace." "No


pirate king is elected by popular vote." "And each pirate only ever votes for hisself." "I call for a vote." " [Murmuring] - [Playing guitar]" "I vote for Ammand the corsair." "Capitaine Chevalle, the penniless Frenchman." "Sri Sumbhajee votes for Sri Sumbhajee." "Mistress Ching." "Gentleman Jocard." " Elizabeth Swann." " Barbossa." "Vallenueva!" "Elizabeth Swann." " What?" " I know." "Curious, isn't it?" "Vote for me." "Vote for me." "What you talking about?" "No!" "Am I to understand that you lot will not be keeping to the code, then?" "[String breaks]" "Very well." "What say you, Captain Swann, king of the Brethren Court?" "Prepare every vessel that floats." "At dawn we're at war." "[High-pitched] And so we shall go to war." "[All shouting]" "What?" "You've seen it all, done"I'm going to need the other one." "It's nearly sunset." "[Heart beating]" "It's always belonged to you." "Will you keep it safe?" "Yes." "Yes." "Will!" "Keep a weather eye on the horizon." "Granted it tends to list to port, and has been, on occasion, known to frighten young women." "But I promise you, you will not be disappointed." "Is that it?" "The Black Pearl?" "." "It's not very big." "Love, that is a dinghy." "My vessel is magnificent and fierce and huge-ish and gone." "Why is it gone?" "Is that it there?" "Yes, there it is." "Why is it there?" "It's much larger up close." "[Sighs] Jack, you promised to take us for a ride." " I was to be given the first ride." " What?" "You?" "


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At 12minutes to 4 on a Monday afternoon, 5th of May 2012, Alex Chistiakov finally arrived at a set of traffic lights near a terminal that would see his bus arrive in just under five minutes, and see him home in another forty. He had muttered obscenities under his breath every step of the way from a job interview that ended ten minutes ago. His feet ached from his quick pace and his jaw was stiff from scowling at young children, pets or anything else that caught his downcast ire as he went.

Never before in his working career had Alex encountered such an extreme level of buffoonery as he had experienced that afternoon. This man had easily spent an hour and a half talking about himself and, when


Defibrillation coil reversal: a rare cause of abnormal noise and inappropriate shocks.
We report a rare case of inadvertent reversal of the defibrillator shock coils during generator change which then resulted in both intermittent, recurrent "noise" on both the rate sensing and the shock electrogram leads and multiple inappropriate shocks.to control and change it, in order to achieve progress. In Party parlance, such laws (guilü) must be discovered through diligent scientific research, so that legal and policy measures can be established that solve present problems in accordance with social laws of development. In his speech at the recent 4th Plenum, Xi Jinping stated that, “The core of scientific legislation lies in respecting and reflecting objective laws.” At the most abstract level, the Party claims it is guided by Marx’s historical materialism, where successive stages of history end in crisis and revolutions, due to their internal contradictions, until the nirvana of Communism is reached. One can speed up this process by identifying the tasks that need to be fulfilled in any particular stage. In his interpretation, Mao Zedong


species groups: R. simplex (now R. megaphyllus), R. lepidus, R. midas (now R. hipposideros), R. philippinensis, R. macrotis, and R. arcuatus. The species have been frequently rearranged among the groups as new groups are added, new species are described, and relationships among species are revised. Various subgenera have been proposed as well, with six listed by Csorba et al. in 2003: Aquias, Phyllorhina, Rhinolophus, Indorhinolophus, Coelophyllus, and Rhinophyllotis. Informally, the rhinolophids can be split into two major clades: the mostly African clade, and the mostly Oriental clade.

Evolutionary history

The most recent common ancestor of Rhinolophus lived an estimated 34 – 40 million years ago, splitting from the hipposiderid lineage during the Eocene. Fossilized horseshoe bats are known from Europe (early to mid-Miocene, early Oligocene), Australia (Miocene), and Africa (MioceneI. Field of the Invention
The present invention relates generally to a method of and apparatus for handling messages in a mobile communications environment.
II. Description of the Related Art
A feature of mobile telecommunication services is the so-called short message service (SMS), a service in which text based messages may be sent between stations (typically two mobile stations). This service is particularly used in digital networks e.g. CDMA and GSM networks. SMSs have proved popular with customers and also with service providers who see them as a way to increase revenue.
The SMS message service has proved extremely popular and fashionable, and is seen by service companies as one means of increasing revenue as the next generation (so-called 3G) of cellular services becomes available. There is however a problem with the


chairman would not be selected until next year, given that Dunford is due to serve until Oct. 1, 2019.

Sources told Fox News that Dunford has no plans to end his term as chairman early. The next chairman will serve for four years, instead of two years. But a change was made in 2016 because Congress wanted continuity before and after a presidential election.

Dunford was nominated to the post in 2015 by former President Barack Obama. Trump nominated him for a second two-year term last year.

The vice chairman of the Joint Chiefs is Air Force Gen. Paul Selva, whose term expires in July 2019.

The other members of the Joint Chiefs are the heads of the Army, Navy, Marine Corps and Air Force, and the head of the National Guard.

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a question and answer session.

On May 4, Suffern will attend a free screening of the film on campus (see below for details). He will also take part in a question and answer session following the film.

“Making ‘Finding Oscar’ was certainly not without its challenges, but it has been all the more gratifying to have been able to do it, and to have hopefully told the story in a very compelling way,” Suffern said.

The story of Suffern’s storytelling career has roots going back to when he was deciding on a major at Illinois. He didn’t want to limit his career options, so he selected English, which, ironically, was his weakest subject in high school.

“I thought at the very least it would help me to improve my communication skills noinitial value formulations. For the model of particle-field interactions we study, this approach yields an exact, nonlocal, coarse-grained effective action (CGEA) for the particle motion [@Hu91-silarg]. The CGEA may be used to treat the complete quantum dynamics of interacting particles. However, only when the particle trajectory becomes largely well-defined (with some degree of stochasticity caused by noise) as a result of effective decoherence due to interactions with the field can the CGEA be meaningfully transcribed into a stochastic effective action, describing stochastic particle motion [@RavalHu:StochasticAcceleratedDetectors; @Gell-MannHartle93(DecoherenceFunctionalEquationsM; @Hu91(Tsukuba)].

The effect of the environment (the coarse-grained subsystems) on the system (the distinguished subsystem) is known as backreaction. One form of classical backreaction in the context of a moving charged particle in a quantum field is radiation reaction which exerts a damping


trajectories, the stochastic limit is not physically meaningful because the quantum interference between particle histories continues to play a significant role. Even without a field’s presence as an environment, the particle’s own quantum fluctuations (represented by its higher order correlation functions) may be treated as an effective environment for the lower-order particle correlation functions (particularly the mean trajectories), so that a stochastic regime may still be realized when appropriately coarse-grained histories are considered [@Calzetta-Hu-cddn; @Calzetta-Hu(00):stobol; @Hu91(Tsukuba)]. When averaged descriptions are considered such that the coarse-grained set of histories has substantial inertia, the quantum-fluctuation induced noise is negligible, and one moves from the stochastic to semiclassical domains. Note that there is now growing recognition that the transition from quantum to classical behavior [@Gell-MannHartle93(DecoherenceFunctionalEquationsM; @Joos-Zeh-etc] is characterized by a richa quantum field can be treated as a bath of harmonic oscillators and we connect with the well-studied quantum Brownian motion model (QBM) and quantum Langevin equations (QLE) [@Feynman-Vernon-Hibbs; @CaldeiraLeggett; @QBMII; @FOL; @BaroneCaldeira; @HuMataczQBMParametricOsc94; @CaldeiraWeissKleinert]. We write down the form of the influence functional (IF) for nonlinear particle-field interactions, and we further review the influence functional formalism in Appendix A, where we discuss the necessary assumptions for deriving an evolution propagator for the kind of hybrid particle/field model that we employ. Underlying the formulation in Appendix A is the worldline quantization method for relativistic particles where the particle coordinate is the relevant particle degree of freedom. Use of this framework, rather than the conventional quantum field description for the charged particles, is central to this work. However, the


factors into a product of terms for each mode). The real cumulants $C_{n}^{\left( f\right)
} $ are given by $$C_{n}^{\left( f\right) }(t_{1},...,t_{n};f^{+}]=\left( \frac{\hbar}{i}%
\right) ^{n}\left. \frac{\delta^{n}W[f^{+},f^{-}]}{\delta
f^{-}(t_{1})\cdots\delta f^{-}(t_{n})}\right| _{f^{-}=0}.
\label{C(n) Cumulants}$$ The $C_{n}^{\left( f\right) }$ are functionals of $f^{+}(t)$. They are, therefore, dependent on the system history. The cumulants $C_{n}$ are of order $e^{n}$, with $n=2$ being the Gaussian noise contribution. The absolute value of the influence functional may be written as

$$\begin{aligned}
\left| F[f^{+},f^{-}]\right| & =\left\langle \,\text{$\exp$}\left\{ \frac{i}{%
\hbar}\int dtf^{-}(t)\Xi(t)\right\} \right\rangle _{s}
\label{Characteristic function} \\
& =\int D\Xi P[\Xi,f^{+}]\text{$\exp$}\left\{ \frac{i}{\hbar}\int
dtf^{-}(t)\Xi(t)\right\} ,  \nonumber\end{aligned}$$

$\left| F[f^{\pm}]\right| $ is therefore the characteristic functional of the stochastic process $\Xi$. The normalized probability functional $%
P[\Xi,f^{+}]$ may be found from the influence functional by inverting the functional Fourier transform (\[Characteristic function\])[^9]. The probability distribution $P[\Xi,f^{+}]$ depends on the system history $f^{+}$density of the environment and the coupling strength $e.$ For QBM, defining the kernel $\gamma(s)$ by $\mu(s)=d\gamma(s)/ds,$the fluctuation-dissipation relation is $$\nu(s)=\int_{-\infty}^{\infty}ds^{\prime}K(s,s^{\prime})\gamma(s)$$ where $$K(s,s^{\prime})=\int_{0}^{\infty}\frac{kdk}{\pi}\text{coth}\left( \frac{%
\beta k\hbar}{2}\right) \text{$\cos$}k\left( s-s^{\prime}\right) .$$ When the dissipation is approximately local, and the noise approximately white, we recover the familiar Einstein-Kubo relation [@Kubo-relations]. A special feature of the ordinary FDR for this condition is that the kernel $%
K$ is independent of the system variables. This turns out not to be true for nonlinear theories.

For the full nonlinear Langevin equation (\[Additive Langevin eq\]) found in the previous section, any FDR’s that are found should take the form of a relationship between the cumulant $C_{1\left( n\right) \mu }^{\left( \eta
\right) }(\tau _{n},z],$ giving radiation reaction, and the noise correlator for $\eta _{n\mu }\left( \tau _{n}\right) .$ But for


the nonlinear Langevin equation this connection between noise and radiation reaction is much more complex than the familiar one characterizing the linear response regime. In paper II, we see an example of the counter-intuitive behavior of the nonlinear Langevin equation (\[Additive Langevin eq\]). There it is shown that for uniformly accelerated particles, the radiation reaction term given by the first cumulant (which is often conveniently yet wrongly thought of as dissipation) vanishes despite the presence of quantum fluctuation-induced noise. The relationship between radiation reaction and the noise embodied in any kind of general FDR is of a subtle nature, and it is not correct to conclude, on the basis of one’s experience with the linear response or equilibrium regimes, that radiation reaction is flatly [*balanced* ]{} by fluctuations.(\[R matrix\]) and (\[C matrix\]), respectively. However, we can immediately see that there will not be a completely general FDR involving all components of these matrices [@RavalHu:StochasticAcceleratedDetectors]. The matrix $R_{ij}\ $is dependent on the field commutator evaluated at the spacetime points $x_{i}$ and $%
x_{j}. $ For spacelike separated points, the commutator identically vanishes. On the other hand, the matrix $C_{ij}$ is proportional to the anticommutator evaluated at these points, which does not vanish. For example, two oppositely charged particles in a uniform electric field sufficiently separated will never enter each other’s causal future, and therefore $R_{12}$ will always vanish. However, the particles will be correlated through the nonlocal vacuum fluctuations of the quantum field. These nonlocal correlations between the two particles will be determined by a non-vanishing $N_{12}$


that $\hat{%
\varphi}\left| \varphi \right\rangle =\varphi \left| \varphi \right\rangle .$ We may pick as a basis for the universe’s Hilbert space ${\cal H}_{U}={\cal H%
}_{z}\otimes {\cal H}_{\varphi }$ the direct product states $\left| z\varphi
\right\rangle =\left| z\right\rangle \otimes \left| \varphi \right\rangle .$ We now define the transition amplitude (i.e. the matrix elements of $\hat{U}%
_{fi})$ to go from the initial state $|z_{i}\varphi _{i}\rangle $ to the final state $|z_{f}\varphi _{f}\rangle $ by the path integral expression $$\begin{aligned}
\left\langle z_{f}\varphi _{f}\right| \hat{U}_{fi}\left| z_{i}\varphi
_{i}\right\rangle & =\int_{z_{i}\varphi _{i}}^{z_{f}\varphi _{f}}DzD\varphi
\exp \left\{ \frac{i}{\hbar }S[z,\varphi ]\right\}   \nonumber \\
& \equiv K(z_{f},\varphi _{f};z_{i},\varphi _{i}),
\label{K(z,phi,z,phi) in-out amplitude}\end{aligned}$$ where the measures are defined as $$\begin{aligned}
\int D\varphi & =\prod_{{\bf x},t}\int_{-\infty }^{\infty }d\varphi \left(
{\bf x,}t\right)   \label{Definition of phi measure} \\
\int Dz& =\prod_{\tau }\int_{t_{i}}^{\infty }dz^{0}\left( \tau \right)
\int_{-\infty }^{\infty }d{\bf z}\left( \tauz}_{i}d{\bf z}_{i}^{\prime }\,J_{r}(z_{f},z_{f}^{\prime
};z_{i},z_{i}^{\prime })\rho _{r}(z_{i},z_{i}^{\prime }).  \nonumber\end{aligned}$$ Equation (\[reduced density matrix 1\]) may be taken as the definition of $%
J_{r}(z_{f},z_{f}^{\prime };z_{i},z_{i}^{\prime }),$ which in general depends on the initial state $\rho _{r}(z_{i},z_{i}^{\prime }).$ Closed form expressions may be found for $J_{r}$ only for special initial states $\hat{%
\rho}_{U,i}.$ The most easily treated examples are systems and environments that are initially uncorrelated, and which therefore have initially factorized density matrices

$$\hat{\rho}_{U,i}=\hat{\rho}_{z,i}\otimes\hat{\rho}_{\varphi,i}$$

\[see (\[density matrix\])\] and evolution kernel $J_{r}$ given by \[see (\[jr\])\]. The influence functional is given by $F[z,z^{\prime}]$ and the influence action is defined by $S_{IF}[z,z]=-i\hbar\ln F[z,z^{\prime}].$ The coarse-grained effective action is defined by

$$S_{CGEA}[z,z^{\prime}]=S_{z}[z]-S_{z}[z^{\prime}]+S_{IF}[z,z^{\prime}].
\label{Effective action S=S=S'+I}$$

An alternative form for $F[z,z^{\prime}]$ may be found by considering the evolution operator for the environment degrees of freedom interacting with the system variables