Miracle-dz/UniFAR-FTUs huggingface dataset:
Finding New Trends in Public Twitter Streams using Link Anomaly Detection

Social Network is a site where individual's vocation and share data identified with the present occasions everywhere throughout the world. This specific conduct of users made us concentrate on this rationale that handling these substance may lead us to the extraction the present point of enthusiasm between the users. It additionally functions admirably even the substance of the messages are non-printed data. The algorithm demonstrate that the proposed notice peculiarity based methodologies can identify new themes at any rate as right on time as content inconsistency based methodologies, and now and again much prior when the point is inadequately recognized by the printed substance in the posts. In this, we concentrate on informal organizations, for example, Facebook and Twitter, which increasing more significance in our everyday life. Since the data traded over informal organizations are testing test beds for the investigation of information mining. Specifically, we are keen on the issue of recognizing developing subjects from social streams, which can be utilized to make mechanized "breaking news", or find concealed market needs or underground political developments. Contrasted with traditional media, online networking can catch the soonest, unedited voice of conventional individuals. Subsequently, the test is to recognize the rise of a theme as ahead of schedule as could be allowed at a moderate number of false positives we are distinguishing rising points from informal community streams in light of observing the specifying. Conduct of users. Our fundamental supposition is that another (rising) theme is something individuals have a craving for talking about, remarking, or sending the data further to their companions. All the aforementioned ponders make utilization of literary substance of the records, yet not the social substance of the reports. The Twitter Stream (joins) has been used here.
Study on predictive function of TEG on blood coagulation changes in patients with cerebral traumatic hemorrhage

Objective: To analyse predictive function of TEG on blood coagulation changes in patients with cerebral traumatic hemorrhage. Methods: Fifty-four patients with traumatic hemorrhage in ICU of our hospital from August, 2013 to October, 2014 were recruited, which included 42 patients with cerebral traumatic hemorrhage and 12 with other types of traumatic hemorrhage, all patients were given TEG in 1 d, 2 d, 7 d after trauma, and blood coagulation parameter of R value, K value, α value and Ma value were monitored, the regularity at time points were analysed. Results: Blood coagulation parameters of recruited patients in each group were compared, there were significant statistical differences in K value, α value and Ma (P 0.05). However, the difference between different time points of the same group was significant (P 0.05). Changes of α value and Ma value were highest in 1 d after trauma (P 0.05). Conclusion: Patients with cerebral traumatic hemorrhage have certain differences with patients with other kinds of traumatic hemorrhage in blood coagulation. The former is more severe. And its coagulation function changes have certain regularity. In 1 d after trauma, there is hypercoagulability. In 3 d after trauma, there is hypocoagulability. In 7 d after trauma, all blood coagulation functions are normal.
Bargaining over Managerial Contracts in Delegation Games: The Differentiated Goods Case

This paper investigates the bargaining between owners and managers over their managerial delegation contracts, in order to explain the disclosure obligation that is central to many modern corporate governance codes. We consider the managerial incentive contracts based on the profit and sales of each firm and the delegation game with bargaining in two types of differentiated-products duopolistic competition wherein each firm's manager chooses his or her own output or price. We show that in equilibrium, the profit of each firm decreases, whereas the consumer surplus and social welfare increase as the relative bargaining power of the managers increases in both quantity and price competitions. Thus, we find that similar to the case of the quantity competition wherein both firms produce homogeneous goods in Witteloostuijn et al. (2007), the managerial power of managers is positively associated with social welfare.
Smoothies: Exploring the Attitudes, Beliefs and Behaviours of Consumers and Non-Consumers

Smoothies are popular dietary products. An online survey of Australian adults (n=833; 79% female) was used to explore patterns of smoothie consumption and individual motives for consuming these beverages. Participants commonly reported consuming fruit (98%), yoghurt (66%), milk (58%), honey (52%), fruit juice (46%), and nutritional supplements (46%) in smoothies. Compared to Infrequent Smoothie-Consumers (I-SC, < 1•week-1; n=514), Frequent Smoothie-Consumers (F-SC, >= 1•week-1; n=269) were more likely to consume core-foods (e.g. vegetables, p < 0.001) and less likely to consume discretionary items (e.g. honey or ice-cream, p’s < 0.020) in smoothies. It followed that F-SC typically cited “health-related reasons” for consuming these beverages (i.e. to increase fruit/vegetable [57%] or nutrient [50%] intake, and/or to be “healthy” [56%]) and perceived these products as “nutritious” (84%); whilst I-SC often perceived them as “indulgent” (62%). Smoothies may play a positive role in the diet. However, beverages incorporating discretionary choices may increase energy, saturated fat and/or sugar intakes, offsetting the benefits of fruit/vegetable consumption.
Spatial variation in the morphology of monospecific stands of the western white mangrove Avicennia marina var. Marina in Shark Bay Marine park

Spatial variation in the morphology of mangrove stands could be expected to lead to differences in their ecological role and the ecosystem services they provide. Here we examine spatial variation in the structural morphology of stands of Avicennia marina, the sole mangrove inhabiting Shark Bay, Western Australia—a semi-arid environment with strong regional-scale gradients in the physical environment. Morphological variables were measured at 12 sites across a putative gradient in physical conditions from oceanic (western) to metahaline (eastern) parts of the bay and data were tested using both univariate and multivariate analyses. The multivariate analysis of the combined suite of characters found a significant difference between sites, and pairwise tests revealed significant differences for most comparisons. Changes in morphology across Shark Bay were correlated to longitude, which was used as a proxy for the salinity regime. Three distinct morphotypes associated with different salinity zones were revealed. The results suggest that the morphology of A. marina in Shark Bay varies across regional scales and may be influenced by background physical conditions. It is likely that the functional roles of these mangrove stands differ across the region, and thus, treating stands as uniform 'units' may not be appropriate for conservation management. We suggest that the conservation of A. marina could be enhanced by revised management zoning of Shark Bay Marine Park to include representative areas of each of the divergent morphotypes in sanctuary zones or special purpose zones configured for mangrove protection.
The Driver’s Steering Feel Assessment Using EEG and EMG signals

Whereas the existing steering feel evaluation methods fail to objectively describe subjective feelings, this paper successfully implements physiological features analysis of both mental and physical workload. Several drivers were invited to attend double-lane change tests, during which the electroencephalogram and surface electromyogram signals of their shoulder muscles were obtained. The steering feel was rated subjectively after each test run. Through the comparison of subjective ratings, it was found that physiological features of both mental workload and workload were correlated with maneuverability and lane-change ability. This research sheds new light on measuring driverâ€™s response in performance evaluation and provides valuable references for steering feel quantification.
Hydrodynamic interaction between two cylinders in planar shear flow of viscoelastic fluid

Particle-particle interaction is of great importance in the study of suspension rheology. In this research we have investigated the hydrodynamic interaction between two identical cylinders in viscoelastic fluids numerically as a model problem for the study of viscoelastic suspension. We confine two neutrally buoyant cylinders between two parallel plates and impose a shear flow. We determine the migration velocity of two cylinders. The result shows that cylinders move toward or away from each other depending upon the initial distance between them and that there is an equilibrium distance between two cylinders in viscoelastic fluids regardless of the initial distance. In the case of Newtonian fluid, there is no relative movement as expected. The results partly explain the chaining phenomena of spherical particles in shear flows of viscoelastic fluids.
Why Multinationals Help Reduce Poverty1

© 2007 The Author Journal compilation © 2007 Blackwell Publishing Ltd, 9600 Garsington Road, Oxford, OX4 2DQ, UK and 350 Main St, Malden, MA, 02148, USA 211 Blackwell Publishing Ltd Oxford, UK TWEC World Economy 0378-5920 © 2007 Blackwell Publishers Ltd (a Blackwell Publishing Company) 30 2 riginal Article HY M LTINATIONALS HE P REDUCE POVERTY JAGDISH BHAGWATI Why Multinationals Help Reduce Poverty 1
Influence of dietary Bacillus sp. fermented shrimp waste on broiler meat quality.

An experiment was conducted to evaluate the effect of the inclusion of different levels of Fermented with Bacillus sp. Shrimp Waste Meal (FSWM) in diets on meat quality of broilers. A total of 75 d-old chicks were randomized in 5 (five) treatments with 3 replicate pens of 5 birds each. Treatments consisted of FSWM inclusion of 0 (control) and 5, 7.5, 10 and 12,5% in the diets. Birds were raised under standard condition and provided with feed and water ad-libitum. Feed and birds were weighed weekly up to 35 days and in the end of experimental period, the birds were sacrificed dan dress up to determine meat quality. The texture, lightness, redness and yellowness values of breast meat were increased and cooking loss and water holding capacity were decreased. The pH, water and ash content of breast meat was similar for all treatment, fat content was decreased and protein content was increased as compared to the control. The present result indicated that FSWM be potential feed ingredient to supply part of dietary protein requirement of broiler without any differences in broiler meat quality.
Partially coherent fields with circular coherence

A new class of partially coherent light sources is introduced. At the source plane, they exhibit perfect coherence along any annulus that is concentric to the source center. Between two points at different distances from the center, coherence can be partial or even vanishing. Such sources can be synthesized by using a generalized form of van Cittert–Zernike theorem where axial sources are used. Beam radiated by this type of sources are analyzed at the source plane and upon free propagation for some simple cases. © 2017 Optical Society of America
Using of dynamic strategy model in innovation process

CHOBOTOVA MONIKA: Using of dynamic strategy model in innovation process. Acta Universitatis Agriculturae et Silviculturae Mendelianae Brunensis, 2013, LXI, No. 7, pp. 2191–2196 This paper incorporates a new scenario method which can use for formulate innovation strategy. The purpose of scenario is not to identify the most likely future, but to create a map of uncertainty — to acknowledge and examine the visible and hidden forces that directed toward the unknown future of a fi rm. Scenarios are used for capture a range of possibilities, good and bad, expected and surprising. They are designed to stretch our thinking about emerging changes and the opportunities and threats that may occur in the future. Scenario allows us to weigh our choices more carefully when making short-term and long-term strategic decisions.
Fullerol as a Potential Pathway for Mineralization of Fullerene Nanoparticles in Biosolid-Amended Soils

Although fullerenes could reach, and potentially adversely affect, the terrestrial environment via the reuse of biosolids, their fate in soil has not been well studied. This study examined the mineralization of fullerenes with drastically different physicochemical properties (C60 and fullerol, C60-OH) in biosolid-amended soils. Using radiolabeled C60 and C60-OH, mineralization of <0.025% C60 and up to 3% C60-OH was observed in three contrasting soils after incubation for 55 days. This difference in observed mineralization highlights C60-OH’s greater bioavailability compared to that of its parent compound C60 in biosolid-amended soils. Glucose-induced respiration tests on C60-/C60-OH-contaminated soils suggest that overall microbial activity was not compromised by exposure to these contaminant species. These results indicate that transformation of certain fullerenes, such as fullerol, could provide a pathway for their mineralization, but such a transformation would be expected to be slow. This study is als.
NYPA convertible static compensator (CSC) application phase I: STATCOM

The paper provides a description of the planning, testing and performance validation of a flexible AC transmission system (FACTS) device called the convertible static compensator (CSC), on the New York State (NYS) transmission system (USA) to provide increased power transfer capability and greater operational flexibility. The CSC can function as shunt and/or series compensating devices providing various control modes. At present, the CSC is operated only in shunt mode for voltage support at a major 345 kV substation increasing power transfer limits across a key transmission corridor in NYS. A general methodology for FACTS controller planning for power systems is also presented.
Wild Bee Biocoenotics in São Jose dos Pinhais (PR), South Brazil.：Preliminary Report (With 3 Text-figures and 7 Tables)

Title Wild Bee Biocoenotics in São Jose dos Pinhais (PR), South Brazil. : Preliminary Report (With 3 Text-figures and 7 Tables) Author(s) SAKAGAMI, Shoichi F. ; LAROCA, Sebastião; MOURE, J. S. Citation 北海道大學理學部紀要 = JOURNAL OF THE FACULTY OF SCIENCE HOKKAIDO UNIVERSITY Series VI. ZOOLOGY, 16(2): 253-291 Issue Date 1967-12 Doc URL http://hdl.handle. net/2115/27447 Type bulletin File Information 16(2)_P253-291.pdf
Modelling the seismic responses of Amangihydrocarbon field using Gassmann fluid substitution

We present a fluid substitution case study of Amangi hydrocarbon field applying Biot-Gassmann theory in which the changes in acoustic parameters (Pand S-wave velocities and density) were modelled. Shear wave velocity was predicted using Greenberg and Castagna empirical relationships between P-wave and S-wave velocities. The results of fluid substitution compare favorably to the available sidewall data. The amplitude character of seismic reflections varied with offset, due to changes in the angle of incidence. The wells on the field penetrated several stacked channelized shoreface sands of variable qualities at depths of 2,702 m and 2,919 m and with thicknesses of 89.05 m and 25.67 m respectively. Well-002 underwent fluid substitution, using the basic Gassmann’s theory, with brine and gas assumptions. During fluid substitution, it was assumed that porous rock contains only one type of solid with a homogeneous mineral modulus and the pore space is statistically isotropic. The Lame parameters were calculated for the two fluid states. The wet case assumed 100% water saturation and brine salinity of 8,000 ppm. The gas case assumed 80% gas saturation. The reservoir sand quality was determined by shale percentage less than 0.4 and porosity greater than 20%. The gas gravity was 0.68.
Catalytic reductive degradation of methyl orange using air resilient copper nanostructures

The study describes the application of oxidation resistant copper nanostructures as an efficient heterogeneous catalyst for the treatment of organic dye containing waste waters. Copper nanostructures were synthesized in an aqueous environment using modified surfactant assisted chemical reduction route. The synthesized nanostructures have been characterized by UV-Vis, Fourier transform infrared spectroscopy FTIR spectroscopy, Atomic force microscopy (AFM), Scanning Electron Microscopy (SEM), and X-ray diffractometry (XRD). These surfactant capped Cu nanostructures have been used as a heterogeneous catalyst for the comparative reductive degradation of methyl orange (MO) in the presence of sodium borohydride (NaBH4) used as a potential reductant. Copper nanoparticles (Cu NPs) were found to be more efficient compared to copper nanorods (Cu NRds) with the degradation reaction obeying pseudofirst order reaction kinetics. Shape dependent catalytic efficiency was further evaluated from activation energy (EA) of reductive degradation reaction. The more efficient Cu NPs were further employed for reductive degradation of real waste water samples containing dyes collected from the drain of different local textile industries situated in Hyderabad region, Pakistan.
Integrating ASCAT surface soil moisture and GEOV1 leaf area index into the SURFEX modelling platform: a land data assimilation application over France

The land monitoring service of the European Copernicus programme has developed a set of satellite-based biogeophysical products, including surface soil moisture (SSM) and leaf area index (LAI). This study investigates the impact of joint assimilation of remotely sensed SSM derived from Advanced Scatterometer (ASCAT) backscatter data and the Copernicus Global Land GEOV1 satellite-based LAI product into the the vegetation growth version of the Interactions between Soil Biosphere Atmosphere (ISBA-A-gs) land surface model within the the externalised surface model (SURFEX) modelling platform of Meteo-France. The ASCAT data were bias corrected with respect to the model climatology by using a seasonal-based CDF (Cumulative Distribution Function) matching technique. A multivariate multi-scale land data assimilation system (LDAS) based on the extended Kalman Filter (EKF) is used for monitoring the soil moisture, terrestrial vegetation, surface carbon and energy fluxes across the domain of France at a spatial resolution of 8 km. Each model grid box is divided into a number of land covers, each having its own set of prognostic variables. The filter algorithm is designed to provide a distinct analysis for each land cover while using one observation per grid box. The updated values are aggregated by computing a weighted average. In this study, it is demonstrated that the assimilation scheme works effectively within the ISBA-A-gs model over a four-year period (2008–2011). The EKF is able to extract useful information from the data signal at the grid scale and distribute the root-zone soil moisture and LAI increments throughout the mosaic structure of the model. The impact of the assimilation on the vegetation phenology and on the water and carbon fluxes varies from one season to another. The spring drought of 2011 is an interesting case study of the potential of the assimilation to improve drought monitoring. A comparison between simulated and in situ soil moisture gathered at the twelve SMOSMANIA (Soil Moisture Observing System–Meteorological Automatic Network Integrated Application) stations shows improved anomaly correlations for eight stations.
Multiscale Methods in Computational Mechanics

We present an apercu of our variational multiscale theory of LES turbulence. The theory is succinctly summarized in terms of a finite-dimensional coarse-scale equation governing the resolved scales that depend parametrically upon unresolved fine scales, which in turn are defined in terms of a functional of the coarse-scale residual “lifted” to the dual of the fine-scale space, and the coarse-scale velocity field itself. We illustrate the performance of a numerical implementation of the theory with calculations of a turbulent channel flow at a friction-velocity Reynolds number of 395 and comparisons with the DNS data.
Detecting and Shadows in the HSV Color Space using Dynamic Thresholds

The detection of moving objects in a video sequence is an essential step in almost all the systems of vision by computer. However, because of the dynamic change in natural scenes, the detection of movement becomes a more difficult task. In this work, we propose a new method for the detection moving objects that is robust to shadows, noise and illumination changes. For this purpose, the detection phase of the proposed method is an adaptation of the MOG approach where the foreground is extracted by considering the HSV color space. To allow the method not to take shadows into consideration during the detection process, we developed a new shade removal technique based on a dynamic thresholding of detected pixels of the foreground. The calculation model of the threshold is established by two statistical analysis tools that take into account the degree of the shadow in the scene and the robustness to noise. Experiments undertaken on a set of video sequences showed that the method put forward provides better results compared to existing methods that are limited to using static thresholds.
UTILITY AND DESIGN CONSIDERATIONS OFAN ANTENNA FOR OPTICAL OFDMAPPLICATIONS

In this paper, the various favorable channel characteristics for optical OFDM have been discussed and presented . When we are using an indoor or outdoor wireless optical channel for the transmission of optical OFDM signals ,then an antenna system of 60 GHz freq. range is required. So for these particular applications of optical OFDM system a Di-pole antenna is proposed . Its design considerations and the simulated results are given in this paper. Performance of the proposed antenna is analyzed in terms of the reflection loss and its radiation pattern. Here a wireless system of super-broadband 60 GHz photonic optical OFDM system . In this paper we also used a cascaded optical RF and data modulation approach in which the advanced photonic components and a highspectral efficient QAM-OFDM modulation format is utilized. Finally we realized a compact 60 GHz photonic wireless system having a better spectral efficiency. We may also achieve very high data throughputs by making use of the 7 GHz spectral bandwidth in the 60 GHz band.
DYSLEXIA DETECTION FROM EYE MOVEMENTS USING ARTIFICIAL NEURAL NETWORKS

The main goal of the study was to propose and implement a neural network based classifier for dyslexia detection from eye movement signal. Eye movements of 76 school children were measured using a videooculographic (VOG) technique, during one reading and four non-reading tasks. Time and frequency domain features were extracted and various feature selection methods were applied to select subsets of significant features. Finally a feed- forward neural network using back-propagation algorithm was used for a supervised learning. A suitable topology was chosen and learning parameters were set experimentally. A number of experiments were performed with different subsets of features. The final classifier reached about 90% correct identification of the presence of dyslexia and about 90.5% correct identification of the absence of dyslexia. The method described here may also serve as an impulse for new research focusing on diagnostic significance of eye movements.