Miracle-dz/UniFAR-FTUs huggingface dataset:
High-pressure phase transitions of clinoenstatite

Abstract Clinoenstatite (Mg2Si2O6) undergoes a well-known phase transition from a low-pressure form (LPCEN, space group P21/c) to a high-pressure form (HPCEN, space group C2/c) at ~6 GPa. High-pressure structure refinements of HPCEN were carried out based on single-crystal X‑ray diffraction experiments between 9.5 and 35.5 GPa to determine its P-V equation of state and structural evolution over an expanded pressure range relevant to pyroxene metastability. The best-fit isothermal equation of state to our data combined with the five data points between 5.34 and 7.93 GPa from Angel and Hugh-Jones (1994) yields a second-order Birch-Murnaghan equation with KT0 = 121(2) GPa and V0 = 403.9(5) Å3 (with KʹT0 = 4 implied). Further reduction of misfit upon fitting a third-order Birch-Murnaghan equation is not significant at the 90% confidence level. At ~45 GPa, a transition from HPCEN to a P21/c-structured polymorph (HPCEN2) was observed, which is isostructural to the P21/c phase recently observed in diopside (CaMgSi2O6) at 50 GPa (Plonka et al. 2012) and in clinoferrosilite (Fe2Si2O6) at 30–36 GPa (Pakhomova et al. 2017). Observation of HPCEN2 in Mg2Si2O6 completes the third apex of the pyroxene quadrilateral wherein HPCEN2 is found, facilitating a broader view of clinopyroxene crystal chemistry at conditions relevant to metastability in the Earth’s mantle along cold subduction geotherms.
PENGARUH KAMPANYE PADA YOUTUBE WEB SERIES TROPICANA SLIM “SORE-ISTRI DARI MASA DEPAN” TERHADAP SIKAP GAYA HIDUP SEHAT MAHASISWA PERGURUAN TINGGI SWASTA DI KOTA BANDUNG

Nowadays, the digital media, especially social media gives a huge influence on the marketing world. This is where YouTube has become popular as a social media and regards as one of media platforms since many companies nowadays creating content marketing. Tropicana Slim, a company that has applied the content marketing trough YouTube in a format web series with the title "SORE-Istri Dari Masa Depan”. Web series is a shorter series of narratives that use the internet as a medium for its spread. Web series "SORE-Istri Dari Masa Depan" is one of the web series that has an interesting message that is campaigning healthy lifestyle for young people. Thus, this research is aimed to examine the influence of Campaign on YouTube Tropicana Slim web series “SORE-Istri Dari Masa Depan” to The Attitude of healthy lifestyle of private college students in Bandung City. This study was divided into two independent variables and one dependent variable. The first independent variable was campaign (X1), the second independent variable was YouTube Video (X2), and the dependent variable was Attitude (Y). This research uses quantitative method with descriptive analysis and multiple linear regression. Sampling using nonprobability sampling method with 100 respondents coming from three largest private universities in Bandung City, Universitas Pasundan, Universitas Telkom and Universitas Komputer Indonesia. Based on descriptive analysis, the result revealed that the response of respondents as a whole were in a very good category. It can be seen that there was a significant influence of Campaign on YouTube Tropicana Slim web series "SORE- Istri Dari Masa Depan" to The Attitude of healthy lifestyle of private college students in Bandung City.
OmSim/spl minus/an integrated interactive environment for object-oriented modeling and simulation

The new integrated and interactive environment OmSim, for modeling and simulation of dynamical systems, is introduced. OmSim uses the object-oriented modeling language Omola. The use of OmSim is illustrated by a practical example. The architecture of OmSim is presented and related to a reference model for open architectures for computer aided control engineering. <<ETX>>
Mobile satellite propagation channel. Part II-a new model and its performance

In a companion paper (Mobile Satellite Propagation Channel, Part I-A Comparative Evaluation of Current Models) several models of the mobile satellite propagation channel were reviewed and their performances were compared by means of computer simulation and comparison with available empirical data. In this paper a new model which is a combination of N (Rice) and Q distributions is proposed and compared with the other mobile satellite channel models. A major conclusion is that this model has superior performance compared to other well-known models. The principles of the model and its capability in fitting empirical data are reported.
Alleviation the negative effects of summer heat stress by adding selenium with vitamin E or AD3E vitamins mixture in drinking water of female rabbits

ABSTRACT Forty five females New Zealand white (NZW) rabbits were used in this research. Before mating, the animals were divided into three equal groups. The 1st group was kept without any treatment and served as control group. The 2nd and 3rd groups were supplemented daily 1m/l in drinking water with Se with vitamin E and AD3E vitamins mixture, respectively. The experiment was lasted two months of hot summer season beginning before mating directly and continues during ending at the weaning of kids. Adding Se with vitamin E or AD3E vitamins mixture in drinking water decreased significantly physiological thermoregulatory parameters and improved live body weight and feed intake and decreased significantly daily water intake in comparative with control group. Blood protein and albumin concentrations increased significantly while urea-N and creatinine concentrations decreased significantly by adding two treatments. Cortisol level was lower while T3 and T4 hormonal levels were higher in both two treatment groups compared with control. Reproductive and productive traits improved significantly in heat stressed female rabbits by adding both of Se with vitamin E and AD3E vitamins mixture in drinking water. Two techniques can alleviate the negative effects of heat stress on Female rabbits under hot summer season in Egypt.
A probe car for parking-vehicle detection by using laser range sensor

This paper describes a novel method of parking-vehicle detection by using a laser range finder mounted on a probe car. One of the important issues to heavy traffic congestion in Japan is that many vehicles are parked on street and this situation usually decreases the capacity of the street, hence, traffic congestion occurs. Thus it is very important for Japanese road administrators to measure the actual capacity of their road network, including effect of parking vehicles. The method of counting parking vehicles is very simple. A line laser range sensor is vertically mounted on a probe car. As the car runs, we obtain two-dimensional depth image, from which we can reconstruct a set of points in 3D real world. We have developed two kinds of algorithm to count the number of parking vehicles. We have performed outdoor experiments to make sure that our algorithms work good. On the other hand, we have already developed a visualization system for enhanced navigation system: a probe car run in town to obtain various images (textures) of buildings and later we can create a 3-D map of the town with real world texture images. In order to apply this system, we now assume that we have 2-D map of the town. But combining with our new method, we can use 3D range images taken from a probe car instead of given 2-D map. We believe that our measuring method is the first step to town-activity detection.
Do Cs make degrees? The relationship of maximizing versus satisficing student types and academic success in the business curriculum

ABSTRACT The author analyzed the academic performance of 197 business students in their first required finance course. He postulated that the students' performance related to whether their academic strategy was one of two types: satisficing or maximizing. Satisficers seemed content with getting Cs to earn their degree, while maximizers aimed for the highest possible grade point averages. Results indicated that these two types of students were indeed significantly different in their academic strategies and their performance. Satisficers earned 65% of the failing grades, but only 12% of the high grades. Discussion of the results, implications for pedagogy, and the relationship to theory are also provided.
A model of an expectancy-driven and analogy-making actor

A model of autonomous actors is presented as an attempt to build a more encompassing cognitive architecture. Various cognitive phenomena, like expectations, planning, curiosity, analogy-making, motivation and attention, are encountered by the model. The actor's knowledge about the environment is represented in a pseudo-conceptual network whose parts can be activated at different levels of activation. The nodes of this network are formed on the basis of the sensory inputs, while the links are formed on the basis of the motor actions. Generally, the actor has two main subsystems, a contemplating and a behavioral subsystem. The contemplating subsystem is responsible for problem solving by means of analogy-making, while having little or no influence from the environment. The behavioral subsystem is responsible for the execution of the pre-selected behavioral plans.
Analytical modeling of antisymmetric split-ring resonators coupled with transmission line

Abstract Coupled-mode theory is applied to obtain an analytic form of scattering parameters for a class of transmission line metamaterials with antisymmetric split-rings. The same structure is modeled with equivalent circuit, which includes electric and magnetic coupling with the line and inter-resonator coupling. Modified even/odd analysis is used to obtain scattering parameters from the equivalent circuit. These two methods are shown to be equivalent in a narrow band, and their constants related. The obtained results are compared with full-wave simulations and measurements, and it is shown that both methods give accurate approximation in one octave frequency band. The derived analytic expressions are suitable for study of resonant phenomena, with potential practical applications for filters, phase shifters, delay lines, and sensors.
AUTOMATIC PARAMETER IDENTIFICATION FOR GENERIC ROBOT MODELS

High speed motion of robots and exact positioning demand of robots require highly accurate robot simulations. In existing generic models for different robot types, the choice of optimal parameters is a very important factor to obtain correct simulation results. The aim of this paper is to increase the accuracy of mechatronic simulations of generic robots by use of an automatic identification algorithm, which allows an easy identification of mechanical, drive and controller parameters. The use of algebraic least square methods based on dynamic equations is state of the art in robotics, however, different genetic algorithms have shown ex- cellent performance in many different applications in the past. In robotics the genetic algo- rithm is applied mainly in the area of trajectory optimization and the search of the optimal controller parameters. In the present paper a special automatic parameter identification al- gorithm, based on the principle of genetic optimization without parameter crossover, is de- scribed. Furthermore, a method is shown which considers multiple local minima of the simulation error. For verification of the algorithm the exactly known parameters of a simu- lated belt drive model are identified up to high accuracy. Finally, the algorithm is applied to measurement data of a real robot with parallel kinematics to identify certain drive parame- ters of the generic robot model, including the time delay of the measured torque. The simu- lated torque with optimized parameters shows high conformance with the real drive torque.
Exploring Colorimetric Real-Time Sensing Behavior of a Newly Designed CT Complex toward Nitrobenzene and Co2+: Spectrophotometric, DFT/TD-DFT, and Mechanistic Insights

An exceptionally unique, easy-to-prepare, and economic charge transfer complex (CTC), [(IMH)+(PA)−], was synthesized as a highly selective real-time colorimetric chemosensor material for nitro explosive nitrobenzene (NB) and Co2+ ion. Co2+ and NB are highly potential toxic and hazardous beyond the exposure limits and also classified as carcinogens (group 2B) by IARS and United States Environmental Protection Agency. Unusual sensing ability with appreciatively low detection limits of 0.114 and 0.589 ppb for NB and Co2+ ion, respectively, in the aqueous medium of dimethyl sulfoxide has been reported for the first time among this class of complexes reported so far. The mechanism of the tremendous sensing behavior of this material as chemosensor was ascertained by static quenching mechanism, Dexter electron transfer, and Forster resonance energy transfer dynamic quenching mechanism, which was supported by spectral overlapping and density functional theory (DFT) (B-3LYP/def2-SVP) calculations. Real-time colorimetric sensing behavior of chemosensor was demonstrated by the naked eye test and prestained paper Co2+ strip test. Job’s plot and comparative Fourier transform infrared (FTIR) study between CTC and CTC–Co2+ complex revealed the coordination mode between CTC and Co2+ ion and 2:1 stoichiometry. This sensing material [(IMH)+(PA)−] was synthesized with donor imidazole (IM) and acceptor picric acid (PA), and its characterization was achieved by experimental (single-crystal X-ray diffraction, thermal gravimetric analysis–differential thermal analysis, FTIR, and UV–vis studies) and theoretical methods [DFT/TD-DFT calculations, comparing experimental–theoretical data and obtaining MEP map along with electronic energy gap of HOMO → LUMO (ΔE = 3.545 eV) and Hirshfeld surfaces analysis]. The SC-XRD confirms the composition and bonding features, which show hydrogen bond via N+–H···O– between IM and PA. This N+–H···O– interaction plays a significant role in Co2+ binding, proving this method of synthesizing CTC as a chemosensor to be a novel approach.
Model Determination Using Predictive Distributions with Implementation via Sampling-Based Methods

Abstract : Model determination is divided into the issues of model adequacy and model selection. Predictive distributions are used to address both issues. This seems natural since, typically, prediction is a primary purpose for the chosen model. A cross-validation viewpoint is argued for. In particular, for a given model, it is proposed to validate conditional predictive distributions arising from single point deletion against observed responses. Sampling based methods are used to carry out required calculations. An example investigates the adequacy of and rather subtle choice between two sigmoidal growth models of the same dimension.
Rank-Level Fusion of Multimodal Biometric Cryptosystems

In this paper we present an effective scheme that preserves the biometric templates more secured. We present a new algorithm called Enhanced Blind Encryption Algorithm for securing biometric templates between client and server and using that for authentication. There are four phases involved in this process namely, enrollment, identification, matching and fusion. During enrollment, biometric traits (fingerprint and iris) will be uploaded and encrypted using Enhanced Blind Encryption Algorithm). During fusion, Borda count and Logistic regression methods are applied combinely in identifying the accurate results. Results indicate that the proposed system can be effectively used even for low-quality images.
Baseline Semantic Fluency Is Associated with Six-Year Progression to Mild Cognitive Impairment in Middle-Aged Men

Objective Test the hypothesis that individual differences in episodic memory and verbal fluency in cognitively normal middle-aged adults will predict progression to amnestic MCI after 6 years. Method The analysis sample included 842 male twins who were cognitively normal at baseline (M=56 years), completed measures of episodic memory and verbal fluency at baseline and again 6 years later (M=62 years). Results Poor episodic memory predicted progression to both amnestic MCI (OR=4.42, 95% CI [2.44, 10.60]) and non-amnestic MCI (OR=1.92, 95% CI [1.32, 3.44]). Poor semantic verbal fluency also independently predicted progression to amnestic MCI (OR=1.86, 95% CI [1.12, 3.52]). In the full sample, a semantic-specific fluency latent variable at wave 1 (which controls for letter fluency) predicted change in episodic memory at wave 2 (β=.13), but not vice-versa (β=.04). Associations between episodic memory and verbal fluency factors were primarily explained by genetic, rather than environmental, correlations. Conclusions Among individuals who were cognitively normal at wave 1, episodic memory moderately-to-strongly predicted progression to MCI at average age 62, emphasizing the fact that there is still meaningful variability even among cognitively normal individuals. Episodic memory, which is typically a primary focus for AD risk, declined earlier and more quickly than fluency. However, semantic fluency at average age 56 predicted 6-year change in memory as well as progression to amnestic MCI even after accounting for baseline memory performance. These findings emphasize the utility of memory and fluency measures in early identification of AD risk.
An Analysis on Operational Transforms

Google Wave attempts to redeﬁne how we develop communication platforms by introducing operational transforms to the public. The concept of operational transforms was born about two decades ago in an attempt to expand the possibilities for live collaboration in documents. The subject has since been continuously researched and is now an established area of research. This document summarizes, compares and describes the key algorithms in the development of OT systems. The systems documented are dOPT, adOPTed, GOT, GOTO, COT, Jupiter systems and Google. Finally it was discussed whether Google chose the most appropriate algorithm. To determine if they chose the right approach we compared the best deﬁned and promising COT algorithm to Google Wave’s algorithm. The conclusion of this comparison is imperfect, but a basis for making a more complete evaluation has been documented.
Factors Influencing Quality of Life in Korean Breast Cancer Patients: Systematic Review(2010-2018)

Purpose: The purpose of the study was to comprehensively explore the factors influencing quality of life in Korean breast cancer patients. Methods: This study were included 29 published papers regarding quality of life for breast cancer patients from 2010 data to recent. The analysis paper was searched through KISS, KERIS, KMBASE, NDSL, KCI. Results: Of the 29 papers, 15 papers with regard to quality of life for breast cancer patients were performed by nurses. 15 studies (53.5%) were used to measure quality of life of breast cancer patients using the FACT-B. Intervention programs, Depression, Fatigue were main influencing factors to quality of life in Korean breast cancer patients. Conclusions: In order to improve the quality of life in Korean breast cancer patients. Therefore, further study is needed to develop patient centered intervention considered patients quality of life influencing factor and individual characteristic. Received (December 11, 2018), Review Result(January 23, 2019) Accepted(February 26, 2019), Published(March 30, 2019) 11618 (Assistant Professor) Department of Nursing, Kyungmin University, Ganeung 3-dong, Uijeongbu-si, Gyeonggi-do, Korea E-mail: sweetnurseme@naver.com (Assistant Professor, Corresponding Author) 34504 Department of Emergency Medical Technology, Deaejeon Health Institute of Technology, 21 Chungjeong St, Dong-Gu, Daejeon, Korea E-mail: blueeye1112@hanmail.net Factors Influencing Quality of Life in Korean Breast Cancer Patients: Systematic Review(2010-2018) Copyright c 2019 HSST 552 Additionally, multicenter cohort studies should be required.
Synthesis of stable aqueous colloid of functionalized silver nanorod

The aqueous colloid of mercapto ligand-functionalized silver nanorod was successfully synthesized by citric acid reduction method. The bigger silver nanospheres were preferably stabilizing in nanorod structure due to the presence of very high concentrations of both silver salts as well as mercapto ligand stabilizer. The properties and stability of the mercapto ligand-functionalized silver nanorod in aqueous colloid was investigated from standard characterizations. These types of surface functionalization silver nanorod conjugated with various biomolecules have been considered as interesting probe in electrochemical bioassay with improved sensitivity, selectivity for biomedical application and clinical analysis purpose.
Performance Analysis of Iris Recognition System- A Review

In this Review paper, it is summarize and compare the methods of automatic identification of iris recognition used in different stages. In particular, Iris image acquisition, Segmentation, Normalization, Feature encoding and matching steps are studied and compared. In Segmentation and Normalization stage, iris image is converted into standard format with contrast manipulation; noise reduction by filtering process and transformation. From the rest of the acquired image segmentation process delimits that iris image. In segmentation, the number of resources which required describing large set of data should be selected and simplified.
Mechanisms of target regulation by the chimeric oncogene EWS-FLl1 in Ewing`s sarcoma

Ewing Sarkome sind hoch aggressive pediatrische Tumore, die sich durch eine chromosomale Translokation auszeichnen, welche in einem ETS Transkriptionsfaktor resultiert. Wir fuhrten Genom weite Expressionsanalysen durch um transkriptionell regulierte Zielgene von EWS-FLI1 zu identifizieren. Um herauszufinden welche davon direkt reguliert werden, wurden Chromatin Immunoprezipitationen gefolgt von Sequenzierung (ChIP-seq) durchgefuhrt. Bioinformatische Analyen zeigten dass EWS-FLI1 an 50% der E2F Zielgene bindet. Daruber hinaus sind einige E2F Faktoren ebenfalls direkt durch EWS-FLI1 reguliert. Da E2F Faktoren den Zellzyklus regulieren, konnte die Regulierung von E2F Zielgenen durch EWS-FLI1 ein Weg sein, auf dem der Zellzyklus im Ewing Sarkom dereguliert wird. Auf Grund dessen untersuchten wir die funktionelle Interaktion zwischen EWS-FLI1 und E2F. Zehn zufallig ausgewahlte Zielgene deren Promotoren von EWS-FLI1 und E2F gebunden waren, unter anderem E2F3, RAD51 und ATAD2, wurden in detaillierten Promoteranalysen durch Luziferase Reporter Assays in Kombination mit Mutationsanalysen fur die EWS-FLI1 und E2F DNA Bindungsstellen studiert. Alle Promotoren der untersuchten Zielgene zeigten nach Knock-down von EWS-FLI1 verminderte Aktivitat. Durch ChIPs konnten wir die direkte Bindung von EWS-FLI1 and die oben genannten Promotoren zeigen. Weiters konnten wir durch eine Analyse der Promoter Belegung demonstrieren, dass durch den Knock-down von EWS-FLI1 ein aktivierender E2F Faktor, E2F3, durch einen reprimierenden, E2F4, ausgetauscht wird. Interessant ist, dass dieser Austausch nur bei intakter ETS Bindungsstelle funktioniert, nicht aber wenn EWS-FLI1 nicht mehr an den Promoter binden kann. Die Mutation der ETS Bindungsstelle resultierte in reduzierter E2F3 Bindung. Unsere Daten stehen mit einem Modell in Einklang, in welchem EWS-FLI1 aktiv E2F3 zu Promotoren von gemeinsamen Zielgene rekrutiert und dadurch den reprimierenden Faktor E2F4 verdrangt. Dabei ist die Bindung von EWS-FLI1 essentiell fur diesen Vorgang. Besonders hervorzuheben ist, dass dieser Mechanismus auch in einer TMPRSS2-ERG expremierenden Prostatakarzinom Zelllinie, nicht aber in einer nicht ETS-Fusion exprimierenden Zelllinie, gezeigt werden konnte.