Miracle-dz/UniFAR-FTUs huggingface dataset:
05 11 00 9 v 1 1 N ov 2 00 5 The 2 PI coupling expansion revisited

Abstract Recently, out-of-equilibrium field theory has been studied using approximations based on truncations of the 2PI effective action. Alth ough results are promising, the convergence of subsequent orders of the appr oximation is difficult to get a handle on, mainly because, generically, only th e lowest non-trivial order is currently numerically tractable. We study one spec ific ase, the broken phase of theφ model, where the existence of an effective three point verte x makes it possible to compare a lowest and next-to-lowest non -trivial order.
HYBRIDSEG: CLUSTERING OF TWEETS AND IT’S SEGMENTATION

— Twitter is having lots of users to allocate and distribute a large amount of recent information, Various submission in Information Retrieval (IR) and Natural Language Processing (NLP) undergo harshly through the deafening and tiny kind of tweets. We recommend tweet segmentation framework in a group, called HybridSeg. By dividing tweets with signi_cant segments, the background information is conserved and simply extract with the downstream applications. HybridSeg search the best segmentation of a tweet by increasing the addition of the stickiness score. Two tweet data sets is a experiment it show that tweet segmentation quality is extensively increased by learning both global as well as local contexts compared by using global context alone. Additional accuracy is able to named entity recognition by putting segment-based part-ofspeech (POS) tagging.
An efficient edge sparse coding approach to ultra‐short‐term household electricity demand estimation

With the opening of electricity market, the interaction between grids and users is becoming more and more frequent. Household electricity demand estimation is a significant and indispensable process of the necessary precise demand response in the future. Large‐scale coverage of the Advanced Metering Infrastructure provides a large volume of user electricity data and brings opportunities for residential electricity consumption forecasting, but, on the other hand, it has brought tremendous pressure on the communication link and data computing center. This paper proposes an efficient edge sparse coding method based on the K‐singular value decomposition (K‐SVD) algorithm to extract hidden usage behavior patterns (UBPs) from load datasets and reduce the cost of communication, storage, and computation. The load of representative household appliances is introduced as the initial dictionary of the K‐SVD algorithm in order to make the UBPs more proximate to the residents' daily electricity consumption. Then, a linear support vector machine (SVM)‐based method with UBPs is used to predict the subsequent interval household electricity demand. The experimental result shows that the proposed algorithm can effectively follow the trend of the real load curve and realize accurate forecasting of the peak electricity demand. © 2018 Institute of Electrical Engineers of Japan. Published by John Wiley & Sons, Inc.
On autoregressive moving-average models as a tool of virtual stock-exchange: experimental investigation

The objective of this work is to investigate experimentally the well-known autoregressive models as simplest algorithms simulating prediction processes of the stockholders using the historical stock rates only. The “virtual” stock exchange which applies these algorithms can help in testing various assumptions of investor behavior. To represent users that prefer linear utility functions, the autoregressive moving-average model ( ARMA - ABS ( p, q ) ), minimizing the absolute values of prediction errors is regarded, in addition to the traditional ARMA ( p,q ) model which minimize the least square errors. The results of two hundred actual ﬁnancial time series and a hundred of virtual ones are discussed in short.
Detection of Piano Pedalling Techniques on the Sustain Pedal

Automatic detection of piano pedalling techniques is challenging as it is comprised of subtle nuances of piano timbres. In this paper, we address this problem on single notes using decision-tree-based support vector machines. Features are extracted from harmonics and residuals based on physical acoustics considerations and signal observations. We consider four distinct pedalling techniques on the sustain pedal (anticipatory full, anticipatory half, legato full and legato half pedalling) and create a new isolated-note dataset consisting of different pitches and velocities for each pedalling technique plus notes played without pedal. Our results using cross-validation trails show the effectiveness of the designed features and the trained classiﬁers for discriminating pedalling techniques.
Heuristic Evaluation of “PaPaYa PokPok”: Case Study of a Mobile Game

Usability of mobile games is vital for the $52 billion mobile gaming industry. It is critical to ensure game acceptance, which contributes to better player engagement and accomplishment. One successful method to ensure good usability is heuristic evaluation. Heuristic evaluation is the frequently used techniques for finding usability problems. Heuristic evaluation has been proven useful in game development. This paper presents the results of heuristic evaluation on the popular mobile game, PaPaYa PokPok as a case study. Six evaluators analyzed six objectives using 44 unique heuristics to identify usability issues. Results suggested that while it is an interesting game, it has room for improvement. The game was created to promote the importance of Thai cuisine. The game was once ranked number one in the top free apps on the App Store. The results of this study provide insights to mobile game developers in order to improve usability.
Sequence Types for Functional Languages

The use of types such as arrays, lazy lists, and other sequential types in Standard ML and other advanced languages can be made as natural and useful as the use of lists. These types are collectively referred to as sequences. This report presents a sequence interface which can be satissed by every sequence type regardless of the details of representation, laziness or eagerness, extensibility, and mutability of the speciic data structure implementing the type. In addition, an implementation of a sequence type can satisfy more detailed, speciic interfaces, some of which are presented. The report also introduces operations for mutating arrays that allow the same style of looping as the conventional list operations and can be implemented eeciently on conventional architectures. The array interface is extended and specialized to allow a eecient implementations of byte arrays.
Development of intelligent handle for assistance in vacuum extraction deliveries Optimization of low power designs with an experimental investigation of the battery recovery effect ANDERS LEVIN

Karolinska Institutet has requested a new version of their measurement device in the form of an intelligent handle to be used in vacuum extraction deliveries at the hospital’s maternity ward. The development of the device has been focused on reducing size, manufacturability, energy optimization and to water proof the device. In the literature reviewing the energy optimization of portable devices, the disputed phenomenon of the battery recovery effect was identified as in interesting research area. The Battery Recovery Effect is based on the knowledge that chemical imbalances arises in certain battery types when subjected to load over longer periods. If the battery is allowed to rest, the chemical compounds are allowed to regain equilibrium increasing the efficiency of the chemical reactions. This implies that utilizing rest periods can increase the available energy of the battery. There are disagreements in academia regarding the existence of the battery recovery effect and few published investigations are based on proper measurements. Therefore this thesis verifies the experimental results by Arora et. al published in 2017 [1] regarding the existence of battery recovery effect. The investigation has been limited to Li-polymer and Ni-MH batteries. The batteries are drained with continuous and intermittent load profiles with varying sleep ratios, sleep periods and currents. The delivered charge and energy of the intermittent loads are compared to those for the continuous. For the specific batteries used in these tests and for the set of loads applied, no battery recovery effect could be identified. Instead a small decrease in both drained energy and delivered charge was observed when deploying intermittent loads. The new proposed handle design drastically reduce both size and weight. The handle is made water proof together with high robustness compared to the previous handle. Several assembly solutions where evaluated and the results indicate that epoxy glue were the best technique. For moving parts, silicone sealing ensures high water resistance while allowing necessary movement.
in Human Kinase Modulate IL-4 Induction of Low Inhibitors of the p38 Mitogen-Activated

CD23, the low afﬁnity IgE receptor, is up-regulated on the surface of IL-4-treated B cells and monocytes and is immediately proteolytically processed, releasing soluble fragments of CD23. Here, we report that inhibitors of the p38 mitogen-activated kinase (p38 MAPK), SK&F 86002 or the more selective inhibitor, SB 203580, reduce the levels of soluble CD23 formed by IL-4-stimulated human monocytes or the human monocytic cell line, U937. In contrast to compounds such as the metalloprotease inhibitor batimastat ([4-( N -hydroxyamino)-2-( R )-isobutyl-3-( S )-(2-thiophenethiomethyl)succinyl]-( S )-phenylalanine- N -methylamide, sodium salt), p38 MAPK inhibitors do not directly inhibit proteolytic processing of CD23. Further, evaluation of surface intact CD23 (iCD23) by ﬂow cytometry demonstrated that SK&F 86002 and SB 203580 reduced the surface expression of iCD23 in a con-centration-dependent fashion, while batimastat increased the surface expression of iCD23. The decrease in surface iCD23 was accompanied by a decrease in total cell-associated CD23 protein levels but not CD23 mRNA. IL-4 induced a late ( > 4-h) increase in p38 MAPK activity and corresponding activation of its substrate MAPKAPK-2. This activation was blocked by addition of SB 203580 before IL-4 induction, in parallel with the inhibition of CD23 expression. Modulation of CD23 by antibodies has been shown to alleviate the symptoms of murine collagen-induced arthritis, implicating CD23 as an important proinﬂammatory agent. These data show that in addition to the known
Editorial Fineschi-MS_CN

Self-administration of high doses of synthetic androgen (SA) is widespread among young people, to enhance physical aspect and gain muscle mass. The mechanisms of SA toxicity are not yet completely understood while the adverse effects of SA are known to be complex and likely to arise from effects on several organ systems in humans. Moreover, the negative health consequences of SA have many variable as the sex, dose and the duration of administration and many of the side effects may be reversible.
Forced Vibration Monitoring of Railway Bridges by use of Multiple Long Stroke Shakers

In this paper the potential application of multiple long stroke shakers to railway bridges is suggested to determine the natural frequencies and structural damping coefficients of railway bridges. In practice it is often observed, that the use of conventional monitoring methods, like ambient vibration monitoring, shows limits in the evaluation of realistic structural damping coefficients. By use of the proposed forced monitoring method by application of multiple long stroke shakers a sufficient vertical bridge vibration amplitude is generated and the values of determined structural damping become realistic. Hence, the identified dynamic parameters are ideal suited for the calibration of numerical bridge models. In the years 2016 and 2017 altogether 20 railway bridges with ballast track were measured in both, summer and winter conditions, by use of multiple long strong vibration exciters and the measuring results will be presented in this paper.
The Eﬀectiveness of tDCS on Reduction of Worry, Anxiety, and Depression in Generalized Anxiety Disorder from Randomized, Single-Blind Clinical Trial with Sham Condition in Iran

Background: Due to low adherence to treatment and side eﬀects of pharmacotherapy, using new brain stimulation, such as transcranial direct current stimulation in patients with anxiety disorders are available. Objectives: The present research was performed to evaluate the eﬃcacy of transcranial direct current stimulation and compare tDCSwithpharmacotherapyonreductionof worry, depression, andanxietyinagroupof Iranianpatientswithgeneralizedanxiety disorder (GAD). Methods: Thisstudywasaquasi-experimentalresearch. Atotalof 18patients(46% femalesand64% males)withGADwererandomly assigned either to tDCS, pharmacotherapy or sham conditions. Stimulation was delivered over the contralateral deltoid at 2 m/A during 20 minutes in 10 sessions of 4 weeks. Symptoms were assessed by a 7-item GAD scale, HARS, HDRS, and PSWQ in pre-test, post-test and follow up assessment (2 months later). Analysis of variance with repeated measure was used to analyze the data. Results: The results showed that both tDCS and pharmacotherapy were eﬀective in reducing worry symptoms, also the pharmacotherapy group compared with the tDCS group and sham condition was more eﬀective in treating of worry. Anxiety symptoms were reduced by both tDCS and pharmacotherapy and the diﬀerence between the 2 methods was not signiﬁcant. Finally, the eﬀectiveness of tDCS therapy on reducing depressive symptoms was more signiﬁcant than pharmacotherapy. Conclusions: The tDCS is a promising treatment for generalized anxiety disorder, especially in depressive and worry symptoms.
Human NK Cell Immune Synapses CD43, and CD45 at Activating and Inhibitory Distributions of Filamentous Actin, Ezrin, The Size of the Synaptic Cleft and Distinct

In this study, we report the organization of cytoskeletal and large transmembrane proteins at the inhibitory and activating NK cell immunological or immune synapse (IS). Filamentous actin accumulates at the activating, but not the inhibitory, NK cell IS. However, surprisingly, ezrin and the associated protein CD43 are excluded from the inhibitory, but not the activating, NK cell IS. This distribution of ezrin and CD43 at the inhibitory NK cell IS is similar to that previously seen at the activating T cell IS. CD45 is also excluded from the inhibitory, but not activating, NK cell IS. In addition, electron microscopy reveals wide and narrow domains across the synaptic cleft. Target cell HLA-C, located by immunogold labeling, clusters where the synaptic cleft spans the size of HLA-C bound to the inhibitory killer Ig-like receptor. These data are consistent with assembly of the NK cell IS involving a combination of cytoskeletal-driven mechanisms and thermodynamics favoring the organization of receptor/ligand pairs according to the size of their extracellular domains. The Journal of Immunology, 2003, 170: 2862–2870.
Kalman filter approach for dispatching and attenuating the power fluctuation of wind and photovoltaic power generating systems

The battery energy storage system (BESS) is a popularly used source to smooth the power fluctuation caused by variation of wind speed and solar irradiance. The forecasted data of wind and solar irradiance may contain bias error and does not provide the true power available from wind and photovoltaic generating systems. This study proposes a method based on discrete Kalman filter (DKF) to eliminate the bias error present in the forecasted data so that true power of wind and photovoltaic systems could be predicted. A DKF-based state-space approach is utilised to predict the true power obtained through wind and photovoltaic generating systems. The proposed approach also attenuates the power fluctuation of wind and PVGSs considering the desired power dispatched to the load as well as evaluates the BESS power needed for this purpose.
Consensus-Based Distributed Coordination Control of Hybrid AC/DC Microgrids

The controller of the interlinking converter (ILC) in a hybrid ac/dc microgrid (MG) system plays an important role of maintaining power sharing between ac and dc MG systems. The coordination control between the ILC controllers and the secondary controllers in each MG should be considered to maintain proper power sharing among two MGs and improve power qualities of hybrid MG system. This paper proposes a distributed coordination control strategy for the hybrid ac/dc MG. The proposed control strategy not only regulates accurate dc current and reactive power sharing among DGs in ac and dc MGs, but also maintains power sharing among two MGs and restores the ac frequency and dc voltage to their nominal values. The hierarchical control of the ILC, comprised of primary and secondary control layer, is proposed to regulate power sharing between ac and dc MGs. The proposed control strategy is based on distributed consensus algorithm, which is developed to achieve the accurate reactive power sharing and dc current sharing in ac and dc MGs. The feasibility of the proposed control strategy is validated by the laboratory prototype hybrid MG system. A comparison study on the proposed control and the conventional control is presented to show the effective of the proposed control strategy.
acts redundantly with PHR1 in regulating PSI gene expression

37 When confronted with phosphate (Pi) starvation, plants activate an array of adaptive 38 responses to sustain their growth. These responses, in a large extent, are controlled at 39 the transcriptional level. Arabidopsis PHR1 (PHOSPHATE RESPONSE1) and its 40 close homolog PHL1 (PHR1-like 1) belong to a 15-member family of MYB-CC 41 transcription factors and are regarded as the key components of the central regulatory 42 system controlling plant transcriptional responses to Pi starvation. The knockout of 43 PHR1 and PHL1 , however, causes only a partial loss of the transcription of Pi 44 starvation-induced genes, suggesting the existence of other key components in this 45 regulatory system. In this work, we used the transcription of a Pi starvation-induced 46 acid phosphatase, AtPAP10, to study the molecular mechanism underlying plant 47 transcriptional responses to Pi starvation. We first identified a DNA sequence on the 48 AtPAP10 promoter that is critical for the transcription of AtPAP10 . We then 49 demonstrated that PHL2 and PHL3, two other members of the MYB-CC family, 50 specifically bind to this DNA sequence and activate the transcription of AtPAP10 . 51 Unlike PHR1 and PHL1, the transcription and protein accumulation of PHL2 and 52 PHL3 are upregulated by Pi starvation. RNA-seq analyses indicated that the 53 transcription of most Pi starvation-induced genes is impaired in the phl2 mutant, 54 indicating PHL2 is also a key component of the central regulatory system. Finally, we 55 showed that PHL2, and perhaps also PHL3, acts redundantly with PHR1 to regulate 56 plant transcriptional response to Pi starvation. 57
THE RELATION OF HOMOZYGOUS DEFICIENCIES TO MUTATIONS AND ALLELIC SERIES IN MAIZE

presented evidence homozygous minute deficiencies of specific regions of chromosomes in are responsible for the appearance of readily recognizable modified phenotypes. These phenotypes resemble recessive mutations in their expression. One of them exactly simulated and was allelic to a known recessive mutant ( h i ) . The evidence obtained from these investigations strongly suggests that one type of mutation process in maize is induced by loss of a minute segment of a chromosome which, when homozygous, produces a distinct phenotypic expression. The present investigation both supports and elaborates this contention in the following way. A particular minute segment was lost from the tip of the short arm of chromosome 9. In plants that were heterozygous for the deficient chromosome, the gametophytes and gametes possessing the deficient chromosome were completely functional. Upon self-pollination of such plants, normal appearing kernels were obtained that were homozygous for the deficiency. The homozygous deficient seedlings arising from these kernels were specifically modified in their phenotypic expression. They were pale-yellow. The pale-yellow mutant, although caused by a homozygous deficiency, is comparable in its genetic behavior to any typical recessive mutant. Its mendelian ratio, its “locus” in the chromosome and its linkage with other known mutants in the chromosome are strictly orthodox. If the presence of the deficiency were not known, the mutation would receive the same consideration as a (‘gene mutation.” This relationship between deficiency and mutation may be elaborated further. This samesegment plus an additional adjacent segment was removed from the chromosome. Even when this longer deficiency is present, the male and female gametophytes and gametes are viable and functional. Thus, individuals homozygous for this deficiency may be obtained. These individuals, in turn, show a phenotypic modification (white seedling) distinguishable from that produced by the shorter deficiency. When the two deficient chromosomes are combined in a zygote,
Ensuring a rights-based health sector response to women affected by Zika

In March 2016, the Brazilian Ministry of Health published its most recent guidelines for the health care response to Zika-related microcephaly (the “Protocol”) 1. The Protocol provides recommendations for provision of care in the contexts of family planning through prenatal and infant care. Unfortunately, although the Protocol emphasizes the importance of access to information and contraception, it fails to appropriately acknowledge the practical challenges that many individuals face in obtaining and using contraception, particularly poor, black and brown and young women, living in areas most affected by the epidemic. It also entirely ignores the fact that unsafe abortion is a public health reality in Brazil and one that is likely to worsen in light of the Zika epidemic and its uncertainties. As we discuss below, in order for Brazil to meet its constitutional and international obligations to protect women’s health and rights, the Protocol must acknowledge the legal and socio-economic constraints that affect women’s health and orient health professionals on how to best support women in a context of difficult choices. The Protocol ignores the challenges many women, especially poor women, experience in obtaining and using contraception