Reviewerly/exHarmony huggingface dataset:
A Novel Mobile Platform Enhances Motivation and Satisfaction of Academic Teachers

With rising numbers of students, shorter hospital stays and increasing workload of academic teachers, teaching time have become a scarce resource. Thus, optimal preparation by teachers is key for good clinical teaching. Though a lot of teaching duties are performed by residents in Germany, they are not likely to have been educated in didactic techniques. We developed and evaluated a mobile teaching application using the "Learning Toolbox (LTB)" platform (Raycom BV, Utrecht, Netherlands) that was offered to academic teachers for preparation and support during curricular courses at our medical school. Courses were part of the curricula in Anaesthesiology, Emergency Medicine, and Orthopaedic and Trauma Surgery, and course length could vary up to 40 h per week. Information provided by the novel platform included logistic information, learning objectives, and curricula for the individual courses. A basic tutorial on didactic techniques, suggestions for providing feedback and for enhancing students' participation was also part of the platform. After one semester, interviews with teachers indicated an increase in overall satisfaction. Residents appreciated didactic aids and content provided for preparation, leading to higher motivation and self-confidence. The more experienced teachers were particularly satisfied with easy access to scheduling, teaching assignments and daily planning. The app increased teachers' satisfaction with their performance and enabled better integration of teaching in the daily schedule.
Optimalisasasi Pembelajaran Agama Hindu Berbasis Aplikasi Online Bagi Siswa Hindu di SMAN 1 Basarang Kabupaten Kapuas

The existence of distance learning also demands creativity and innovation of Hindu religious education teachers in managing Hindu religious education learning through online learning applications. The online learning system that is commonly implemented is the teacher using the Whats App (WA) application because it is considered easy and commonly used by students. The teacher creates a class group and then sends materials and assignments through the group. However, it turns out that this is not optimal for the implementation of Hindu religious learning, so it is necessary to optimize Hindu religious education learning by utilizing online learning applications for Hindu students at SMAN 1 Basarang, Kapuas Regency. The purpose of this study was to find out how the process of learning Hindu religion based on online applications at SMAN 1 Basarang, Kapuas Regency. The results of this study include the online application-based Hindu religious learning process at SMAN 1 Basarang, Kapuas Regency, the preparation, implementation, and evaluation of online application-based Hindu learning at SMAN 1 Basarang and efforts to optimize online application-based Hinduism learning at SMAN 1 Basarang from the headmaster's efforts. schools, efforts of Hindu religious education teachers, efforts of educational staff, and student efforts.
Peningkatan Partisipasi Siswa Kelas IV Dalam Pembelajaran IPS Melalui Model Picture And Picture

This study aims to describe implementation of picture and picture model at SDS Al-Azhar Bukittinggi. The method was used in this research is Classroom Action Research. Data were collected through observation, interview, and test. Data were analyzed descriptively. The results of the research are implementation of Picture and Picture model can increased student participation, it can be look by student’s activity in asking and answering teachers question. Implication of the this research is the creation of a new model to use new model on learning activities in teacher class. Recommendations research is the picture and picture model should be studied seriously by teachers before applying this model.
Learning management strategy new normal era

The Covid-19 pandemic has an impact on various sectors of life, including in learning activities. The government as a decision maker makes policies to carry out online learning activities in order to slow the spread of Covid-19. Principals as leaders in learning activities require the right strategy in implementing online learning that supports government policies. The strategy used in school management in the era of new habits due to the Covid-19 pandemic is expected to be able to maintain the quality of learning activities as in the pre-pandemic period in the schools they lead. The purpose of this study was to determine the principal’s leadership strategy in dealing with learning in the era of new habits. The method used was a qualitative method. From the results of the study, it can be concluded that the principal’s leadership strategies in dealing with learning in the new era of habits is; 1) to make online learning policies in schools by involving relevant teachers and school officials; 2) to improve the facilities and quality of ICT infrastructure in learning activities in schools; 3) to improve the quality of human resources in integrating IT for learning activities; 4) to communicate with parents or guardians of students; 5) to provide understanding to students about online learning activities; 6) to be ready and open in dealing with the changes in learning activities in the future.
Desain Sistem Informasi Persediaan Barang di Balai Latihan Kerja, Kota Salatiga dengan Framework Bootstrap

The purpose of this research is to design an inventory information system at the Work Training Hall, Salatiga City. This research focuses on designing the system of starting the process of filing and approval of budgets, transactions of goods in and out, and recording and reporting of goods. The development of information systems in this research uses prototype methods with bootstrap framework and MySQL database. The result of this research is the design of the inventory information system to be implemented at the Work Training Hall, Salatiga City. The results showed that the design of the inventory information system produced by this research can produce accurate and timely inventory reports and free from errors. The results of the research are expected to be a solution to the problem of managing goods related to the accuracy and timely presentation of inventory reports there.
Adaptability of Improved NEAT in Variable Environments

Qualitative research experiment to gather descriptive data on the NEAT algorithm’s performance in an environment with variability. Individual research performed for my AP Research paper. The experiment was conducted using Python and the NEAT-Python library. The research conducted was for the sake of doing research in the field of AI in computer science and is rather outdated.
Correction to: An Enhanced Meta-model to Generate Web Forms for Ontology Population

In the originally published version of chapter 9 the two references were incomplete. The references [5] and [9] have been extended in the revised version.
Assistive Technology for Fall Detection Development of Integrated Wearable Sensor to Smart Home System

Fall detection is an assistive technology for elderly people that helps in emergency situations. This work presents the development of a wearable device to detect falls connected to a ultra low power wireless network. The device is connected to a smart home system to trigger alarms when events are detected. The fall detection is done by a threshold algorithm based on data fusion from inertial sensors. The wearable sensor is based on EnOcean protocol, which includes a wireless connection with a smart home system, according to the KNX standard, through the Home Assistant platform. The tests were performed in a prototype and the results include the evaluation of fall and nonfall movements in two different body characteristics. The results revealed sensitivity and specificity of up to 96% and 100%, respectively.
Materials and Data

This Chapter introduces the data used in this research, along with a historical and geographical description of each single study area. A detailed presentation of the gathered datasets is given, providing with some insights on their first restructuring and modeling. For the first time, this study explores and analyses the archaeological records from different Swiss cantons (Zurich, Aargau, Grisons, Fribourg, Geneva, Vaud) in a comprehensive and comparative way, creating a common data architecture allowing for supra-regional analyses. Furthermore, the geo-environmental variables assumed to have influenced site location choices during Roman times and used as predictors in the modeling procedure are described.
Cybercrime and legal support of information security of China in the XX century

The legal protection of computer and information systems, prevention and counteraction to cybercrimes becomes a relevant problem for society and the state. In one or another way, the computer-related crimes, infringement of the interests of users, and intentional distribution of false or harmful information, pose a serious threat to the information system security, as well as interests of the state, rights and freedoms of citizens. The dependence of people and society as a whole on computer and information systems is higher with each year. Generation Y cannot imagine their life without digital technologies. Cybercrime (intellectual crime) implies the unauthorized access to computer systems and databases, infliction of damage, and commission of criminal offense via computer. Such crimes are characterized by being difficult to detect, intellectualism, wide variety, duration and serious threat to the society. The scholars distinguish two types of cybercrimes: in the first instance, computer is viewed as the object of crime, while in the second &amp;mdash; the instrument of crime. The first case suggest theft of the computer and its parts, hacker attacks and various types of sabotage, spread of computer viruses, etc.; the second case suggests the distribution of pornography and pirated software, Internet fraud for the purpose of embezzlement, as well as money laundering.
The effects of project based learning in mandarin language speaking skill

The aim of this study is to look into the effects of Project Based Learning (PjBL) in speaking skill on vocational college non-native Mandarin learners. A quasi-experimental study was carried out on 43 Mandarin learners, in which 23 learners were in the experimental group while 20 learners were in the control group. The participants were selected using convenience sampling technique. An adaptation of Stoller model (1997) was applied in the experimental group interventions while the control group was involved in a conventional teaching approach. Speaking skill was analyzed using speaking pretest and speaking posttest, which looked into the component of accuracy, pronunciation and fluency. The speaking pretest and speaking posttest data were analyzed using t-test. The result of the findings showed that the improvement achieved by experimental group is higher and more significant compared to the control group. The finding of the research provides suggestion towards how teachers can apply PjPL in their teaching sessions based on the suitability of the topic they teach.
Study of the Morphology of Erythrocytes in Patients with Cervical Cancer: A Technique for Machine Recognition of the Shapes and Sizes of Erythrocytes SEM Images

The aim of the study is to develop a technique for machine recognition of the shapes and sizes of scanning electron microscope (SEM) images of erythrocytes of patients with cervical cancer (CC) obtained on a SEM during radiation therapy (RT).The article considers the study of the morphology of erythrocytes of patients with CC who were underwent RT using machine image recognition methods based on images of erythrocytes obtained by SEM.It is shown that the use of this method already at the beginning of RT allows us to observe significant changes in the morphology of red blood cells of patients with cervical cancer, while the use the method of JMicroVision v1.2.7 states a slight difference of the diameters of red blood cells in the normal and pathological on the basis of the same experimental data.This paper presents for the first time a method for studying the morphology of erythrocytes in patients with cancer based on SEM images of erythrocytes.The presented automated program can recognize erythrocytes, calculate their number, diameters, areas, taking into account changes in morphology both in normal and pathological conditions, can work with a large amount of data with a significant acceleration of the calculation of parameters and with a greater approximation of these data to real ones, which significantly increases the efficiency of analysis in research, in the diagnosis and monitoring of therapy for CC and other types of diseases.In addition, these developments can help to increase the scope of scanning electron microscopes for solving a wide range of problems in medicine related to images in the field of diagnosticsmedical introscopy.
Mobile AR Contents Production Technique for Long Distance Collaboration

This study proposes that mobile AR users with different physical spaces can use one collaboration coordinate by synchronizing each other's coordinates. When each user uses mobile AR remote contents from a distance, it is difficult to maintain the same working environment depending on their physical environment. In order for physical spaces to maintain the same working environment in different situations, the coordinates of the virtual object must be matched to the direction of each client. To solve this problem, this paper proposes a coordinate synchronization technology using a shared coordinate flag. Through this technique, the interaction of all subsequent objects can be performed based on the shared coordinate system of the local client. The user installs a coordinate synchronization flag on a map formed based on each physical space. Through this flag, the location of the virtual object may be synchronized based on each client to perform collaboration. To verify the proposed technology, the mobile AR remote technology was implemented as a painting contents application. Three users synchronized the coordinate system together on three Android mobile devices to verify the feasibility of the technology proposed in this paper.
Design and Implementation of Home Training System based on Personal Fitness Using Kinect Sensor

In this paper, we implemented and developed a home training program using sensors. The implemented program grasps the user's athletic ability and suggests personalized exercise program. In modern society, the aging population is growing rapidly, and most of them are working and living in the interior. For this reason, health management of the aging population is becoming an important social issue, and it is recognized that muscle strength is an important factor. In this paper, we designed and developed a home training program for aged people to exercise in a comfortable environment like natural environment. In the developed program, we extract the skeletal feature points of the user using Microsoft's Kinect sensor and generate feature vectors to check the user's motion state. The proposed algorithm measures the user 's athletic ability and suggests a suitable exercise based on the information. As a result of applying kinematic sensor measurements to the proposed algorithm, it showed up to 97% accuracy. We measured the user's athletic ability through the program using the proposed algorithm and suggested the exercise suitable for the individual ability based on this information.
Research on the Design and Implementation of Middle School Physical Education Curriculum Based on the Process Model

For a long time, the education work in China has been deeply affected by the target model. With the development of the times and the continuous reform of education, the impact of process model on education has become increasingly prominent. It does not only give full play to the internal value of the curriculum content, but also cultivate students’ personality and subjectivity. Taking the middle school physical education curriculum design as an example, this paper explores the practical application of process model for reference.
Accuracy improvement for optical free-field acoustic pressure measurements by photon correlation based on microscopic imaging

The optical method of photon correlation for the measurement of the free-field acoustic pressure has meaningful applications, such as forming a traceability chain based on the absolute measurement for various types of acoustic sensors. The optical method based on photon correlation has been considered to be a potentially new primary standard that overcomes the limitations of existing acoustic standards based on microphones. The key issue is accurately obtaining the spacing of the interference fringes or equivalently the crossing angle between two laser beams. Usually, the trigonometry method is used to calculate the crossing angle, which imposes limitations on the accuracy of the measurement. Optical microscopic imaging is introduced to directly measure the spacing of the interference fringes in the acoustic pressure measurement based on photon correlation method for the first time. We propose directly measuring the spacing of the fringes where the standard resolution target is placed in the interference region to produce the superimposed image with the fringes and recording the results by the CCD. Both the calibration of magnification and the measurement of the fringe spacing are performed through the same single-shot image. The uniformity of the interference fringes is analyzed by numerical simulation, and the optical configuration is optimized according to the influence of the crossing angle of the two Gaussian beams. The experimental system is built based on the photon correlation method. The experimental results show that this method improves the accuracy of the acoustic pressure measurement by 0.03 to 0.82 dB in the frequency range of 0.5 to 4 kHz in free-field conditions.
Pengembangan Sistem Klasifikasi Tipe Kepribadian Siswa Secara Psikologis dengan Algoritma Decision Tree C.45

In the world of education knowing the personality type of students is very important. This is because a person's personality is influential in his learning activities and how he digests and captures the material presented by the teacher. For this reason, knowing the classification of students' personalities needs to be identified so that teachers or students themselves can optimize self-change in a better and positive direction. This study aims to develop a psychological classification system for student personality types using the C.45 decision tree algorithm. The personality type used as a class in the classification is based on psychology, including: Sanguine, Phlegmatic, Choleric and Melancholic. In this study, a web-based system was developed, so that it is easy to use for teachers and students to recognize the personality of these students. To determine the personality of students psychologically, students answer questions in the system, then the system will classify based on the answers from these students. The C.45 decision tree algorithm serves to find knowledge or patterns of characteristic similarity in a particular group or class. From the test results, the pecision value is 90%, the recall is 85% and the accuracy is 88%. This shows that the C.45 decision tree algorithm can perform personality type classification well
İzmir Menemen Bölgesinin Güneş Işınım Tahmini için Angström-Prescott Modeli Temelli Yaklaşımların Değerlendirilmesi

Solar energy has an important role and potential to replace fossil fuels that have a limited lifespan and cause environmental damage.Solar radiation knowledge is needed to design, project, build and operate solar energy systems properly.Although solar radiation is rarely measured all over the world, other meteorological parameters are measured at almost all stations.There are also gaps in the data bases of the stations where solar radiation is measured.At this point, the estimation of solar radiation becomes important.In the literature, there are Angström-Prescott model, in which solar radiation is calculated depending on the sunshine duration, and other models created with the approach of developing this model.In this study, annual and seasonal models were created to İzmir Menemen Bölgesinin Güneş Işınım Tahmini için Angström-Prescott Modeli Temelli Yaklaşımların Değerlendirilmesi Evaluation of Angström-Prescott Model-Based Approaches for the Estimation of Solar Irradiance of Menemen, İzmir RegionH. Başak Yıldırım 1 * DEÜ FMD 24(70), 179-192, 2022 180 estimate global solar radiation in Menemen district.In addition, the comparisons are shown by investigating which model is more effective in the use of models based on Angström Prescott method for the estimation of solar radiation intensity in Menemen district.MATLAB program was used to create these models.Finally, global solar radiation values calculated with these models and the ground measurements were compared with statistical tests and error analyzes such as R 2 , SSE, RMSE, and the calculated and measured values were shown in graphics.
Performance of Solar Concentrator with and without Mirror Coating Paper

The utilization of solar energy continues to be developed to get the best efficiency. This energy can be used for electricity generation, cooling, and/or drying. One technology that is still under development is the use of solar concentrators. Therefore, our paper aims to measure the performance of the development of a solar collection unit coated with mirror paper. Furthermore, the data is compared with the test data for solar concentrators without mirror paper that was carried out by previous researchers in 2019. The method used in this research is a field experiment. A simple statistical comparison method was carried out on the experimental data. Field testing was conducted after the solar concentrator was coated with mirror paper. The test was carried out for 5 days in full shining sun conditions in Sukabumi Regency, Indonesia. The surface coating of the solar concentrator with mirror paper has not been able to improve the performance of the solar concentrator satisfactorily. Solar concentrators can heat the fluid from its initial average temperature of 19.37 %.&#x0D; HIGHLIGHTS&#x0D; &#x0D; Several field tests were undertaken to determine the effectiveness of solar concentrators with and without mirror coated paper&#x0D; The fluid temperature heated with coated paper in a solar concentrator provides a higher temperature than without paper coating&#x0D; Solar concentrator with mirror coated paper has potential as an alternative for covering the surface of the solar concentrator&#x0D; &#x0D; GRAPHICAL ABSTRACT
Physical Fitness Test System Based on Visual Analysis

In order to realize the efficiency and fairness of physical fitness test, in this paper, we proposed a complete system based on visual analysis, including action recognition, counting, and evaluation. We presented an approach for the action recognition based on spatial-temporal graph convolutional network of multi-semantic fusion, we introduced the both time and frequency domain information of the key point sequence for the action counting, and the action evaluation was realized by using action sequence similarity score. In sit-ups, push-ups, rope skipping and other projects, the accuracy of action recognition reached 98%, the accuracy of action counts reached 95%, and the recall rate of action evaluation on sit-ups and push-ups reached 88%.