Miracle-dz/UniFAR-FTUs huggingface dataset:
Reconsidering Development in Psychoanalysis

ABSTRACT Psychoanalysis has been using scientifically unsupported developmental theories that were proposed over 100 years ago before we had tools to investigate development. This paper will critically examine the theories of Sigmund Freud, Melanie Klein and Donald Winnicott that were based on their ideas of development. These theories and the developmental phases they describe need to be replaced with descriptions of developmental phases that have been scientifically researched and proven for children, adolescents and emerging adults. In this paper a contemporary description and nomenclature for development is described and proposed. A more modern theory of nonlinear dynamic systems is delineated and suggested to replace the unsupported theories used at the start of psychoanalysis that are still being used today and continue to inform our practice of psychoanalysis. This paper is an introduction to a more up-to-date developmental theory, psychoanalytic theory and practice that hopefully we can all participate in and enlarge upon.
Comparing the Automatic Item Selection Procedure and Exploratory Factor Analysis in Determining Factor Structure

Accepted: 14.10. 2021 It is necessary to supply proof regarding the construct validity of the scales. Especially, when new scales are developed the construct validity is researched by the Exploratory Factor Analysis (EFA). Generally, factor extraction is performed via the Principal Component Analysis (PCA) which is not exactly factor analysis and the Principal Axis Factoring (PAF) among EFA methods. Factors may also be determined with different techniques depending on the advances in psychometry. In the context of nonparametric item response theory, the Mokken Scale Analysis (MSA) and the Automatic Item Selection Procedure (AISP) provide significant contributions to researchers in scale development studies. The aim of the current study is to compare the AISP and the EFA methods in determining the factor structures. The Revised Life Orientation Test, whose factor structure was previously known and validated, and the draft Expectation Scale from Academics in Distance Education Scale, which was at the preliminary stage of the scale development process with the unknown factor structure, were considered in this comparison. It was determined that the consistency of the findings obtained from the EFA, and the ones obtained from the AISP provided strong evidence in ensuring the construct validity. The PAF and the AISP produced similar results in this research. The PAF results should be taken into consideration instead of the PCA, especially in scale development studies. It is recommended that the AISP and the PAF results be evaluated together for strong evidence in the investigation of construct validity in scale development studies.
Inquiry-based learning

Use Inquiry-based learning at the Faculty of Education in Brno. The Thesis deals with four areas that shape the relationship of a man (child) towards nature: concept of activity education in the 21st century, laws of natural gardens, topical phenomenon of community gardens and garden forms with educational institutions.In its practical part, it deals with uniting these four areas into one unit. The core of the Thesis is designing, creation and implementation of the garden patch with natural elements on the Workplace biological Department Faculty of Education of Masaryk University.Funded Project Natural DVPP and innovation SEP schools JmK using practical international field placements and internships, registration number CZ.1. 07 / March 1, 41 / 02.0055.
Use of media and technology, academic procrastination, and academic achievement in adolescence

Accepted: 16.08. 2021 In today’s learning society, use of media and technology affects students in all educational levels. There are a number of studies conducted among university students in this context. However, adolescents, who are sensitively exposed to the negative effects of the excessive use of media and technology, have been neglected. The aim of this study is to investigate the association among adolescents’ use of media and technology, their academic procrastination behavior, and academic achievement. This study also examines the possible mediating effect of academic procrastination behavior on the relationship between adolescents’ media and technology use and academic achievement. This quantitative study included data from 1278 middle and high school students. We collected data via a questionnaire comprising of the demographic information form, media and technology usage and attitude scale, and academic procrastination behavior scale as well as students’ grade point averages to measure students’ academic achievement. The results revealed that as media and technology usage increased, students’ academic achievement decreased. In addition, academic procrastination behavior had a mediating effect on this relationship. In other words, adolescents' media and technology use cause academic procrastination behaviour to adversely affect their academic achievement. The implications for future research and the limitations of the study were also discussed.
An Operational Application of NWP Models in a Wind Power Forecasting Demonstration Experiment

Environment Canada (EC) and Hydro-Québec (HQ) have been collaborating in a Research & Development and Demonstration project on a high resolution wind energy dedicated forecasting system (SPÉO: Système de Prévision ÉOlien under its French acronym). This project emphasizes the operational tests and the forecast of high impact events, e.g. wind ramps. It was found that SPÉO improves the Canadian Regional Deterministic Prediction System (RDPS), by about 18% in terms of the RMSE (Root Mean Square Error) of the predicted wind speed when compared with mast observations from three wind power plants. The improvement is most significant in the cold season. When the average wind speed measured at all wind turbines (nacelle anemometer) is used as a reference, SPÉO improves the RMSE of the average wind speed at a wind power plant in complex terrain (24%) compared with that of RDPS. However, there is almost no improvement for two other wind power plants located in less complex terrain. The average wind speed is corrected with the average wind speed measured at all turbines, and is then fed into a wind-to-power conversion module for power production forecasts. The power production forecast is improved by 6% on average in complex terrain when SPÉO winds are used as input compared to the RDPS. The most important finding of this project is SPÉO's ability to predict ramps due to mountain waves/downslope winds. The proposed forecast index for ramps based on the Froude number is useful for predicting the onset of this kind of ramp when a high resolution NWP model is unavailable.
Metagenomic Analysis of The Effects of Salinity On Microbial Diversity and Functional Gene Diversity in Kongsfjorden Estuary

Due to the inflow of meltwater from the Midre Lovénbreen glacier upstream of Kongsfjorden, the salinity of Kongsfjorden increases from the estuary to the interior of the fjord. Our goal was to determine which bacterial taxa and metabolism-related gene abundance were affected by changes in salinity, and whether salinity is correlated with genes related to nitrogen and sulfur cycling in fjord ecosystem using metagenomic analysis. Our data indicate that changes in salinity may affect some bacterial taxa, such as the relative abundance of Alphaproteobacteria and Deltaproteobacteria is higher at high salinity sites, while the relative abundance of Gammaproteobacteria and Betaproteobacteria is more dominant at low salinity sites. In addition, the relative abundance of some bacteria at the high and low salinity sites was different at the family level. For example, Rhodobacteraceae, Pseudoalteromonadaceae, Flavobacteriaceae, Vibrionaceae at the high salinity site Colwelliaceae, Chromatiaceae and Alteromonadaceae at the low salinity site are affected by salinity. In terms of functional gene diversity, our study proved that salinity could affect the relative abundance of related genes by affecting the metabolic mechanism of microorganisms. In addition to salinity, functional attributes of microorganisms themselves were also important factors affecting the relative abundance of metabolism-related genes. In addition, salinity has a certain effect on the relative abundance of genes related to nitrogen and sulfur cycling.
Economics in game theory for hotel unemployment

ABSTRACT This study uses the game theory to find a Nash equilibrium of price elasticities of hotel demand in the United States before and during the COVID-19 pandemic to interpret the decrease in hotel unemployment rate. The sample selected is the Oahu, Hawaii market due to its higher room rate and higher unemployment rate compared to those in the mainland US. Findings indicate that to increase hotel revenue and decrease unemployment rate, the price elasticity of hotel demand in the mainland US would be higher than the one in Oahu, Hawaii. While the government has built more value into hotels by financially supporting unemployed hotel employees, established hotel brands have maintained their excellent service for their guests during the pandemic.
The design and implementation of a simulator for multistatic radar systems

This thesis presents the design and implementation of a signal level simulator supporting a wide variety of radar systems, and focusing on multistatic and netted radars. The simulator places few limits on the simulated system, and supports systems with arbitrary numbers of receivers, transmitters, and scatterers. Similarly, the simulator places no restrictions on the radar waveform to be simulated, and supports pulsed, continuous wave (CW) and carrier-free radar systems. A flexible model is used to describe the radar system to be simulated, with the parameters of the radar hardware, the properties of scatterers and the layout of objects in the simulated environment specified in XML format. The development of the simulation model focused on balancing the requirements of flexibility and usability, ensuring that the model can be efficiently used to represent any type of radar system. Oscillator phase noise is a limiting factor on the performance of some types of radar systems. The development of a model for the deterministic and static components of phase noise is presented. Based on this model, an algorithm for the efficient generation of synthetic phase noise sequences was developed, based on a multirate signal processing approach. This thesis presents this algorithm, and results of simulations of the effects of phase noise on synthetic aperture radar (SAR) and pulse-Doppler radar systems. The FERS simulator, an implementation of the simulation model presented in this thesis, was developed in the C++ and Python programming languages. This simulator is able to perform real-time simulation of some common radar configurations on commodity PC hardware, taking advantage of multicore and multiprocessor machines. FERS has been released as open source software
Allocating the Costs of Motor Vehicle Crashes Between Vehicle Types

When a truck and an automobile are involved in a crash, the harm to occupants tends to vary with the weight of the vehicles involved. In determining the appropriate level of government expenditures for traffic safety, costs in multivehicle crashes involving different vehicle types must be allocated between occupants and nonoccupants of a particular vehicle type. Four methods for allocating costs among different vehicle types are considered, corresponding to different perspectives, including that of occupants of a vehicle and that of society under different property right assignments. Costs based on the four allocation methods for the United States as a whole and per vehicle mile are also estimated. The allocation method was found to have large effects on the relative magnitude of costs.
Seroprevalence of SARS-CoV-2 in a Large Cohort of Italian Police Officers

Certain professional categories are at a high occupational exposure to COVID-19. The aim of this survey was to quantify the seroprevalence of SARS-CoV-2 among police officers in Italy and identify its correlates. In this cross-sectional study, a nationally representative sample of State police employees was tested for IgG and IgM before the start of the National vaccination campaign. A total of 10,535 subjects (approximately 10% of the total workforce) participated in the study. The overall seroprevalence was 4.8% (95% CI: 4.4–5.3%). However, seropositivity was unevenly distributed across the country with a clear (p < 0.001) North–South gradient. In particular, the seroprevalence was 5.6 times higher in northern regions than in southern regions (9.0% vs. 1.6%). Most (71.2%) seropositive subjects reported having no recent symptoms potentially attributable to SARS-CoV-2 infection. Previous dysosmia, dysgeusia, and influenza-like illness symptoms were positive predictors of being seropositive. However, the prognostic value of dysosmia depended (p < 0.05) on both sex and prior influenza-like illness. The baseline seroprevalence of SARS-CoV-2 in police employees is considerable. A significant risk of occupational exposure, frequent asymptomatic cases and the progressive waning of neutralizing antibodies suggest that the police workers should be considered among the job categories prioritized for the booster COVID-19 vaccine dose.
Training and Integrating Public Service Interpreters in a Refugee Health Clinic: A Mixed-Method Approach to Evaluate an Innovative Program

Language barriers can harm refugees’ health, and trained interpreters are a solution to overcome these barriers in all health consultations. This study trained interpreters and integrated them in a refugee clinic. Nepali-speaking migrants were recruited and underwent 50 hours of training to serve as interpreters for recently arrived Bhutanese refugees in Quebec City. To evaluate the project, mixed data were collected. At baseline and follow-up, patients’ health (as perceived by practitioners) and satisfaction were evaluated. Interpreters and practitioners were also interviewed and took part in joint discussion workshops. Patients’ health remained stable but, interestingly, patients were slightly less satisfied at follow-up. Practitioners and interpreters described both benefits and difficulties of the program. For example, integrating interpreters within the clinical team allowed for better collaboration and mutual knowledge of cultures. Challenges included work overload, conflicts between interpreters and practitioners, and role conflicts for interpreters. Overall, the full-time integration of trained interpreters in the clinic facilitated communication and case administration. This practice could be especially beneficial for refugee clients. In future interventions, interpreter roles should be better clarified to patients and practitioners, and particular attention should be paid to selection criteria for interpreters.
A new custom-made plate preparation method for bony mallet finger treatment and a comparison with extension block technique

Objectives In this study, we aimed to describe a new hook plate technique (HPT) and to compare our results with the conventional extension block technique (EBT) with a Kirschner wire (K-wire) for bony mallet finger treatment. Patients and methods Between April 2015 and January 2018, a total of 19 patients including 10 who were treated with EBT (7 males, 3 females; mean age: 30.1±7.3 years; range, 17 to 48 years) and nine who were treated with HPT (6 males, 3 females; mean age: 31.7±11.3 years; range, 19 to 42 years) for bony mallet finger with distal interphalangeal (DIP) joint subluxation and/or fracture fragment larger than one-third of distal phalanx (Wehbe-Schneider type 1/b, 2/a, 2/b, 3/a) joint were retrospectively analyzed. The DIP range of motion (ROM), Warren and Crawford scores, time to return to work/daily activity, operation time, the number of fluoroscopy shots, cost and complications were compared. Results No significant difference was found in the DIP ROM (p=0.708) and the Warren/Norris and Crawford scores (p=0.217 and p=0.175, respectively) between the two groups. Operation time and material cost were higher with HPT (p=0.006, p=0.001). There was no significant difference in the number of fluoroscopy shots (p=0.344). Although DIP joint motion was started at two weeks in the HPT group and at eight weeks in the EBT group, no significant difference was observed in the time of return to work and normal daily life in both groups (p=0.859). Complications were observed in two patients in the EBT group and in three patients in the HPT group. No significant difference in total complications was observed between the two groups (p=0.666). Conclusion Bony mallet finger treatment with a custom-made hook plate prepared from 1.3-mm AO plates appeared to be clinically and radiologically similar to EBT. Additionally, HPT had the advantages of allowing early ROM to DIP joint and eliminating the need for a secondary surgery such as K-wire removal. On the other hand, hardware cost with HPT was higher than EBT.
Short report: A quantitative methodological review of participant characteristics in the literature testing mental health interventions for youth with autism spectrum disorder

There have been significant efforts to develop, adapt, and test interventions targeting the co-occurring mental health conditions common among autistic youth, with several extant narrative and systematic reviews demonstrating the efficacy of these interventions. Yet, a methodological analysis of the literature testing these interventions, particularly the characteristics of the participant samples comprising this evidence base, is needed to contextualize our current understanding of treatment effects and highlight current gaps in the current evidence base to inform future research. This systematic quantitative methodology review characterized participants included in the mental health treatment research for autistic youth. One hundred and thirty-one articles testing mental health interventions for autism spectrum disorder were coded for youth, caregiver, and provider participant demographics. Findings indicated limited representation of females, transition age youth, racial/ethnic minority groups, and youth diverse in cognitive functioning and co-occurring mental health symptoms or conditions. Limited inclusion of providers’ representative of the clinical workforce was also noted. These results illuminate several critical gaps in the current evidence base for mental health interventions for autistic youth and provide recommendations for future research directions. Lay abstract Previous research has highlighted the importance of mental health treatment for autistic youth. In that research base, most studies focus on demonstrating the efficacy of a particular intervention with a sample of autistic youth. However, understanding the characteristics of samples used within these studies (i.e. demographics) is an important avenue for expanding this research to a more diverse, representative sample of autistic youth in community settings. As such, the current review examined and characterized participants included within mental health treatment research. We coded studies for various demographics among the youth sample, caregivers, and providers participants. Results indicated that while efforts have been made to increase diversity in research, very few studies including transition-aged youth, those identifying as female, and/or those identifying as non-Caucasian. Clinically, a few studies included youth with lower cognitive abilities and/or those with specific mental health problems (e.g. trauma and depression) or more than one co-occurring mental health conditions. Overall, our results highlight several critical gaps in our current evidence base regarding mental health treatment for autistic youth, including the limited clinical representativeness of both provider and child participants.
Collision Avoidance Behavior of Unalerted Drivers Using a Front-to-Rear-End Collision Warning Display on the Iowa Driving Simulator

This study investigated whether drivers who operate a vehicle equipped with a front-to-rear-end collision warning system can avoid crashing when a lead vehicle brakes at its maximum potential (e.g., -0.85 g). Drivers in the experimental condition drove a 1993 General Motors Saturn mounted on the Iowa Driving Simulator’s six-degree-of-freedom motion base. The simulator cab was equipped with a collision warning display that provided a primary auditory warning and secondary visual warning based on a time-to-collision algorithm between the subject’s vehicle and the lead vehicle. Two headway distances were tested (2.7 sec and 3.2 sec). The collision avoidance performance of subject drivers was compared to the behavior of drivers in a baseline condition where no collision warning display was present. Relative to the baseline condition, results indicate that drivers using the collision warning display (a) showed significantly fewer crashes in the shorter headway condition, (b) collided with the lead vehicle at significantly slower impact speeds, (c) released the accelerator significantly faster, and (d) had longer headways both at accelerator release and brake initiation.
Evaluation of ZIF-8 and ZIF-90 as Heat Storage Materials by Using Water, Methanol and Ethanol as Working Fluids

The increasing demand for heating/cooling is of grave concern due to the ever-increasing population. One method that addresses this issue and uses renewable energy is Thermochemical Energy Storage (TCES), which is based on the reversible chemical reactions and/or sorption processes of gases in solids or liquids. Zeolitic imidazolate frameworks (ZIFs), composed of transition metal ions (Zn, Co, etc.) and imidazolate linkers, have gained significant interest recently as porous adsorbents in low temperature sorption-based TES (sun/waste heat). In this study, we examined two different sodalite-type ZIF structures (ZIF-8 and ZIF-90) for their potential heat storage applications, based on the adsorption of water, methanol and ethanol as adsorbates. Both ZIF structures were analysed using PXRD, TGA, SEM and N2 physisorption while the % adsorbate uptake and desorption enthalpy was evaluated using TGA and DSC analysis, respectively. Among the studied adsorbent–adsorbate pairs, ZIF-90-water showed the highest desorption enthalpy, the fastest sorption kinetics and, therefore, the best potential for use in heat storage/reallocation applications. This was due to its significantly smaller particle size and higher specific surface area, and the presence of mesoporosity as well as polar groups in ZIF-90 when compared to ZIF-8.
GMM estimation of a spatial autoregressive model with autoregressive disturbances and endogenous regressors

Abstract This paper considers the generalized method of moments (GMM) estimation of a spatial autoregressive (SAR) model with SAR disturbances, where we allow for endogenous regressors in addition to a spatial lag of the dependent variable. We do not assume any reduced form of the endogenous regressors, thus we allow for spatial dependence and heterogeneity in endogenous regressors, and allow for nonlinear relations between endogenous regressors and their instruments. Innovations in the model can be homoscedastic or heteroskedastic with unknown forms. We prove that GMM estimators with linear and quadratic moments are consistent and asymptotically normal. In the homoscedastic case, we derive the best linear and quadratic moments that can generate an optimal GMM estimator with the minimum asymptotic variance.