Miracle-dz/UniFAR-FTUs huggingface dataset:
Uji Validitas Konstruk Pada Instrumen The Binge Eating Scale Dengan Metode Confirmatory Factor Analysis (CFA)

Binge Eating Disorder adalah gangguan makan dimana seorang individu makan secara berlebihan selama periode waktu tertentu karena faktor emosi negatif, namun berbeda dengan bulimia nervosa, individu dengan Binge Eating Disorder tidak memuntahkan kembali makanannya. Binge Eating disorder termasuk eating disorder yang paling sering ditemukan dalam masyarakat. US Census Bureau, International Data Base (2004, dalam Tantiani, 2007) bahwa jumlah penderita Binge Eating Disorder di Indonesia sebesar 1,669,170 dari populasi atau sebesar 218,452,952 orang. Faktor-faktor yang dianggap memengaruhi Binge Eating Disorder adalah perilaku diet, body dissatisfaction, depressive symptoms, modeling of eating disturbance, pressure to be thin, self-esteem, dan social support . Penelitian ini bertujuan untuk menguji validitas kostruk instrumen tersebut. Data dalam penelitian ini diperoleh dari mahasiswa dan mahasiswi Universitas Islam Negeri Syarif Hidayatullah yang berjumlah 280 orang. Metode yang digunakan untuk mengujinya adalah confirmatory factor analysis (CFA) menggunakan software LISREL 8.70. Hasil dari penelitian ini menunjukkan bawa seluruh item yang berjumlah 16 item bersifat unidimensional. Artinya seluruh item hanya mengukur satu faktor saja sehingga model satu faktor yang diteorikan oleh The Binge Eating Scale dapat diterima.Binge Eating Disorder is an eating disorder in which an individual eats excessively over a period of time due to negative emotional factors, but in contrast to bulimia nervosa, individuals with Binge Eating Disorder do not regurgitate their food. Binge Eating disorder includes eating disorders that are most often found in society. US Census Bureau, International Data Base (2004, in Tantiani, 2007) that the number of sufferers of Binge Eating Disorder in Indonesia is 1,669,170 from the population or amounting to 218,452,952 people. Factors that are considered to influence Binge Eating Disorder are dietary behavior, body dissatisfaction, depressive symptoms, modeling of eating disturbances, pressure to be thin, self-esteem, and social support. This study aims to examine the validity of the boarding instrument. The data in this study were obtained from students and students of the Syarif Hidayatullah State Islamic University totaling 280 people. The method used to test it is confirmatory factor analysis (CFA) using LISREL 8.70 software. The results of this study indicate that all 16 items are unidimensional. This means that all items only measure one factor so that the one factor model theorized by The Binge Eating Scale is acceptable.
A Novel Trajectory Design Approach for UAV Based on Finite Fourier Series

In this letter, we focus on the trajectory design problem in wireless communications aided by unmanned aerial vehicles (UAVs), where a UAV serves multiple ground users for wireless transmission, to maximize the minimum transmission rate for all the ground users. A novel approach based on finite Fourier series (FFS) is proposed to reconstruct the trajectory with harmonics. Simulation results show that the FFS-based approach achieves similar max-min rate performance compared to the prevailing approach based on discrete waypoints (DW) while it is significantly less time-consuming due to a reduced number of variables.
Fluid Inclusion Study of the Penjom, Tersang, and Selinsing Orogenic Gold Deposits, Peninsular Malaysia

Ore-forming fluids in the auriferous district of the Central gold belt in Peninsular Malaysia were studied for their temperature, salinity, and relationship to the surrounding geology. Microthermometric analysis carried out showed homogenisation temperatures range from 210 to 348 °C (Tersang), between 194 and 348 °C (Selinsing), and from 221 to 346 °C (Penjom). Salinities range from 2.41 to 8.95 wt % NaCl equiv (Tersang), between 1.23 and 9.98 wt % NaCl equiv (Selinsing), and from 4.34 to 9.34 wt % NaCl equiv (Penjom). Laser Raman studies indicated that at the Tersang gold deposit, most inclusions are either pure or nearly pure CO2-rich (87–100 mol %), except for one inclusion, which contains CH4 gas (13 mol %). In addition, at Selinsing, most inclusions are CO2-rich (100 mol %). However, an inclusion was found containing CO2 (90 mol %), with minor N2 and CH4. Additionally, at the Penjom gold deposit, most fluid inclusions are CO2-rich (91–100 mol %), whereas one fluid inclusion is N2-rich (100 mol %) and another one has minor N2 and CH4. At a basin scale, homogenisation temperatures against salinity suggests an isothermal mixing of fluids. Most fluids are CO2-rich and are interpreted to be of metamorphic origin. The evidence further indicates involvement of magmatic fluids that is supported by the association of sandstone and carbonaceous black shales with magmatic rocks, such as rhyolite, rhyolite-dacite, and trachyte-andesite at the Tersang and Penjom orogenic gold deposits.
Hybrid Path Integral Monte Carlo/Molecular Dynamics Approach for the Simulation of Rigid Rotating and Translating Molecules

The path integral formulation of quantum statistical mechanics [1] is a widely used approach to express the partition function and obtain estimators for diverse thermodynamic properties of molecular systems. The main objective of this thesis is to propose new approaches to simulate the translations and rotations of rigid molecular systems and test these methodologies via benchmark calculations. We first present benchmark calculations based on a newly developed Path Integral Monte Carlo (PIMC) code for rigid body rotations implemented in the Molecular Modelling Toolkit software package [2]. Our rigid body PIMC simulation results are compared with the exact diagonalization calculation for the rigid Hydrogen Fluoride trapped in an electric field. An energy convergence study allows us to establish the validity of the new PIMC code within statistical error. We then benchmark our PIMC code against the direct Classical Monte Carlo (dCMC) calculations to study the interacting quantum rotors at finite temperature. The quantum and classical calculations are expected to agree at high temperature when classical statistical mechanics is valid. The dCMC code is then used to study a 1D water chain system at different temperatures and lattice spacings. Two phase transitions and three specific phase regions have been observed from the calculations. We then combine a well-established translational Path Integral Molecular Dynamics iii (PIMD) code [3, 4] with the rigid body PIMC code to develop a novel hybrid PIMD/PIMC program to simulate the quantum molecular dynamics of molecular systems with both rotational and translational degrees of freedom. This proposed methodology is successfully benchmarked for the CO2-He system for a range of imaginary time steps. The second PIMC methodology introduces a cluster-update algorithm to sample rigid body Feynman paths associated with quantum rotations. This cluster-update methodology has been previously applied to lattice spin systems [5, 6] and hard spheres in the continuum [7]. To our knowledge, this is the first time one develops a cluster-update method for quantum rotors with anisotropic interactions. An initial cluster-update PIMC algorithm and its associated test calculations are presented. Preliminary results for Hydrogen Fluoride molecules with dipole-dipole interactions reveal issues with our initial algorithm. The source of the problem is fully discussed in this thesis and will law the foundation for further studies. Overall, this thesis focuses on the development of new methodologies to study quantum motions of molecules at finite temperature. We note that additional tests and benchmark calculations will be required to further validate the methodologies and algorithms we have developed. This thesis nevertheless presents and discusses novel methodological advancements and applications and will lead to exciting new directions.
Quality, Greenness, and Product Line Choices for a Manufacturer With Environmental Responsibility Behaviors

Motivated by the rising environmental protection awareness and the importance of green product design, in this article we develop two models to investigate the quality and greenness decisions and product line choices of a green manufacturer as well as the corresponding impact of product line length on environmental performance. In our models, both the manufacturer and consumers show environmental responsibility behaviors. We find that the manufacturer extends the product line when the unit fit cost, the green cost, the quality cost, the market scale of low-segment consumers, and the environmental responsibility level (or unit environmental cost) are low. In the presence of two products with different market positioning, our analysis reveals that: first, owing to the consumer's self-selection behavior, product quality and greenness may be distorted from the efficient quality and greenness; second, product line extension may improve both the environmental performance and the manufacturer's utility, i.e., achieving a win–win outcome; and third, a higher unit environmental cost (environmental responsibility level or a longer product line) will improve the environmental performance if the unit environmental cost is high. In the continuous green valuation setting, interestingly, we find different results that the manufacturer with a high environmental responsibility level may extend its product line, and the environmental performance increases with the unit environmental cost in the single-product case.
ADVANCED JOURNAL OF EMERGENCY MEDICINE. 2020;4(2):e24

Introduction: Globally, stroke is one of the leading causes of death and disability-adjusted life-years (DALYs). The red cell distribution width (RDW) is a readily available and inexpensive test which is done routinely as a part of complete blood count in these patients. Objective: In this study, we tried to correlate the RDW with severity of acute ischemic stroke (AIS). Methods: Patients presenting to emergency department (ED) within 24 hours of the onset of clinical signs and symptoms suggestive of AIS were assessed for Glasgow Coma Scale (GCS) and National Institutes of Health Stroke Scale (NIHSS) score followed by non-contrast computed tomography (NCCT) scan. RDW value for all the patients who were included in the study were co-related with the severity of the stroke. Results: The median (IQR) RDW in the patients with minor stroke on the basis of GCS was 13.5 (13.3-13.5), moderate stroke was 13.8 (13.5-14.4) and with severe stroke was 15.4 (15.115.6) (p < 0.001). The median (IQR) RDW in the patients with minor stroke on the basis of NIHSS score was 13.4 (13.2 – 13.6), moderate stroke was 13.8 (13.5-14.3), and moderate to severe stroke was 14.7 (14.5-15.3) and with severe stroke was 15.5 (15.1-15.7) (p < 0.001). The median RDW in patients who were alive was 13.8 (13.5 -15.1) and in patients who expired was 15.5 (14.5 -15.7) (p = 0.048). Conclusion: Based on the findings of this study, RDW index has statistically significant correlation with the severity of AIS. So it can potentially be an important parameter to predict the prognosis of AIS patients.
Low level light therapy on stroke with a portable and illumination-parameter adjustable LED helmet: a review

Stroke is an obstinate and dreaded disease, which present characteristics of high incidence rates, high relapse rates, high mortality rates and high disability rates. Recent World Health Organization data suggest that a stroke victim is identified every 6 seconds around the world. There are not effective therapies for stroke except surgery that caused stroke victims enormous physical and psychological trauma. Transcranial low-level light/laser therapy (LLLT) of neurological diseases and brain trauma has gained momentum due to the character of high-efficiency, safe and non-invasive in the past decade. In this study, we found three conclusions through previous studies. 1). In simulation, 810nm light/laser makes the maximum light penetration (>5cm), which allow light to cross through gray matter into white matter. Gaussian beam with the same size of lesion area achieves better therapeutic. What’s more, multi-light/laser- source has potential effect on stroke treatment. 2). In animal tests, LLLT has a positive therapeutic effect and PW mode LLLT has a better effect than XW mode LLLT on stroke treatment. 3). In clinical, large scale human experiment results are not so ideal due to the lower energy density of LLLT. In summary, it is no deny that those research results highlighted the great potential of transcranial LLLT as a novel, effective, and non-invasive therapy for stroke treatment.
Application of DTT (Discrete Trail Training) Method in Improving the Eye Contact Ability of Autistic Children

Autistic children are children who have developmental disorders that affect several aspects which include communication, social interaction, sensory disorders, play patterns, behavior, linguistics, perception, cognitive, and emotional. Usually these autistic children are less interested in making social contact and lack of eye contact. Autistic children’s problems are still low in eye contact so that it has an impact on behavior and social at school, because of the lack of teacher knowledge about autistic children and teachers who handle children currently do not have an extraordinary teacher education background. For this reason, the application of DTT (Discrete Trail Training) Method is very suitable to increase eye contact ability to attract children’s attention. The purpose of this research was to determine the application of DTT (Discrete Trail Training) method in improving the eye contact ability of autistic children. This research used a quantitative approach with SSR method or known as Single Subject Research. The research design used was the A-B-A reversal design. The subjects in this research were autistic children in sixth grade at SLB Negeri Pelambuan Banjarmasin. Data collection used event recording system or direct observation and documentation, data analysis techniques include analysis in conditions and analysis between conditions using descriptive statistics. The results of the research show that the mean level in the Baseline (A1) phase is 4.8 seconds, in the intervention phase (B) is 6.6 seconds and in the Baseline (A2) phase is 7.6 seconds. Thus, it can be concluded that there is an increase in the ability of eye contact of autistic children in SLB Negeri Pelambuan Banjarmasin after DTT (Discrete Trail Training) Method is applied.
Plant‐derived medicinal entomochemicals: an integrated approach to biodiscovery in Australia

Despite an ancient and well‐established use of insects in traditional medicine, our understanding of their bioactive compounds (entomochemicals) lags far behind that of medicinal plants (phytochemicals). In this review, we focus particularly on insect–plant interactions, to examine the possible dependence of the medicinal properties of insects on phytochemicals that they bioaccumulate or chemically modify. We suggest that a cross‐disciplinary approach including ethnobiology, insect ecology and phytochemistry can provide new opportunities in bioprospecting. Such opportunities lie not only in identifying medicinal entomochemicals that are based on phytochemical accumulation or modification but also on using insects as bioindicators of what plants may contain novel phytochemicals that have not yet been studied. Firstly, evidence is drawn from the international literature on the medicinal use of insects, many of which have pharmacological properties now well established in the Western scientific paradigm. Secondly, we highlight the value of a cross‐disciplinary approach to bioprospecting in an Australian context, where records of traditional Aboriginal use of medicinal insects are scant. Particularly, we explore the Aboriginal use of Lepidoptera as a case study, including witchetty grubs, hawkmoths and processionary caterpillars. We conclude that opportunities remain to connect traditional, ecological and chemical knowledge for biodiscovery, in collaboration with Indigenous communities. Ultimately, the success of any such endeavour is dependent on the successful conservation management of insect biodiversity into the future.
Energy Efficiency Versus Reliability Tradeoff Improvement in Low-Power Wireless Communications

Energy efficiency (EE) and reliability are two important but conflicting objectives in low-power, short-range wireless communications, usually treated as the single objective problems under constraints. Unlike others, we treat the objectives simultaneously as a multiobjective problem without preferences and analyze the opportunity of feasible tradeoff improvement in an objective space for communication over block-fading Rayleigh channel. We consider the improvement relative to the referent case that includes the current practice, where decision space consists of packet length, the maximal number of allowed transmission attempts (MNATA), and transmission power. Our hypothesis is that we can improve the tradeoff by modifying decision space and mapping functions from decision to objective space. We consider three modification techniques applied singly and jointly: Introduction of the expected MNATA as a real variable; Pareto optimal control of transmission power and transmitter power consumption; and introduction of the new decision variable—transmission rate. We show by mathematical modeling and numerical evaluation based on SI4455 transceiver that Pareto fronts (PF) attained by the application of techniques at least weakly dominate the referent PF; PF set cardinality can even be doubled; the joint application of techniques improves EE, reliability objectives, averaged over the entire PF, by approximately 49% and 74%, respectively.
Validation of Meyn Footpad Inspection System

The current report describes the results of a validation of the Meyn Footpad Inspection System, a video imaging system to score footpad lesions in broiler chickens at the slaughter plant. It was suggested that the system might assign a different score to footpad lesions compared to a trained manual scorer. Therefore, on the request of the Ministry of Economic Affairs, Wageningen Livestock Research performed a limited validation of the system during two days at a commercial plant in The Netherlands. During the validation, the footpad lesion score was determined in a sample of each flock slaughtered on that particular day, manually by a trained observer as well as by the camera system, and the results were compared. This reports describes the results of this validation.
Tillamook School District / George Fox University Collaborative Partnership: An Immersion Practicum in a Rural School District

This dissertation describes the Tillamook Model that developed from the collaboration between the Tillamook School District and George Fox University, and explains why this model of a rural teaching practicum can be useful in other rural districts. I explore the benefits and challenges through a case study – using personal interviews that draw on the experiences of the teacher candidates, host families, and district and university personnel. Additionally, I make recommendations for improvements in the program. Each of these components are important in ensuring that as the collaborators share this model with those interested, they are able to learn from our experiences. As the story of the Tillamook Model is disseminated, it is my wish that institutions reflect upon and examine the partnerships they currently have in place, in order to effectively determine whether or not they already have the puzzle pieces implemented to support this model.
Parental desire and fertility preservation in assigned male at birth transgender people living in Belgium.

Introduction: Transgender people who chose to proceed with gender affirming hormonal and/or surgical therapy, may face reduced options for fulfilling their parental desire in the future. The ideas and concerns of adult transgender people regarding fertility preservation and parental desire have never been reported in a large, non-clinical sample of assigned male at birth (AMAB) transgender people. Methods: A web-based survey on fertility and parenthood in (binary and non-binary) transgender people was conducted in Belgium. AMAB people were selected for this analysis. Results: We included 254 AMAB persons, of which 196 (77.2%) self-identified as transgender women (TW), 14 (5.5%) as cross-dressers and 44 (17.3%) as gender non-binary (GNB) people. Fifty-five (21.6%) respondents had a current/future parental desire, parental desire was already fulfilled in 81 (31.9%) and not present in 57 people (22.4%) (other: 19.2%). TW were more likely to express a parental desire, compared to GNB people and cross-dressers (P = 0.004). In total, 196 AMAB people previously sought medical assistance, of which 30 (15.3%) considered the loss of fertility due to the transitioning process undesirable. The majority (68.2%) did not want fertility preservation (FP). Fourteen people (9.8%) had proceeded with FP. The main reasons not to proceed with FP included not feeling the need (70; 68.0%), not desiring a genetic link with (future) child(ren) (20; 19.4%) and having to postpone hormone treatment (15; 14.6%). TW were more likely to have a parental desire and to have cryopreserved or to consider cryopreserving gametes, compared to GNB people. Conclusion: Parental desire and FP use were lower in the current non-clinical sample than in previous research on clinical samples. This can possibly be explained by the barriers transgender people face when considering fertility options, including postponing hormone therapy. Also, GNB persons have different needs for gender affirming treatment and FP.
Users Attitude Towards the Use of Library Catalogue in Federal University of Kashere Library in Gombe State, Nigeria

The study investigated the awareness and use of library catalogue for accessing information resources by users of Federal University of Kashere (FUK) Library. Four research questions guided the study. Survey research design was used, registered users of the University Library between 2016-2019 numbering 920 formed the population of the study where a sample of 272 (30% sample) was used based on 95% confidence level and 5% confidence interval of Sample Size Calculator. The instrument used for data collection was questionnaire. Data generated was analyzed using simple percentage and descriptive statistics. The findings of the study revealed that majority of the respondents were aware of library catalogue existence; they were more informed about card catalogue usage than OPAC for retrieving information resources. In effect, the respondents use card catalogue regularly compared to the OPAC. Majority of the respondents used the library for research work rather than for leisure and recreational purposes. Poor computer skills hindering navigation when searching OPAC and inability to locate materials on the shelves, indicated in the catalogue as being available were the challenges affecting the use of catalogue as an information retrieval tools. The study recommended that the library management should organize a periodic user education, orientation and sensitization programmes for the undergraduate users to create awareness and enable them gain the needed skills to use the library catalogue maximally when searching for information resources. Guidelines on how to use catalogue and library in general should be prepared and issued to registered users. Regular shelf reading should be done so as to establish right contact between library users and library materials.