Reviewerly/exHarmony huggingface dataset:
HISTORICAL ASPECTS OF DEVELOPMENT OF RESEARCH METHOD IMPLIED LEARNING NATURAL AND MATHEMATICAL DISCIPLINES (the end of the 1950s –the mid-1980s)

ntroduction. Nowadays, the nature of preparing a student for the conditions of today is subject of change. Every graduate of the school should be crea-tively involved in information progress, not only as a doer but as a researcher. School education has identified a competency path. In this way there are some difficulties, in our opinion, it is necessary to choose such methods that would contribute to the formation of certain competences. Purpose. Conducting theoretical analysis and general-izing the development of the research method of the late 50's to the mid 80's of the twentieth century. We hypothe-size that the formation of research skills in the lessons of natural and mathematical disciplines occurs in the context of the development of research method. Methods. The method of theoretical analysis is used in the work. Results. The research method acts by forming re-search skills. It is revealed that in the period of the late 50's to the mid 60's of the XX century in the methodology there was no concept of "research method", and therefore, the concept of "research skills in lessons" as such did not exist. Practical methods have been widely implemented. There was also the transition of some (botanical) skills to other (polytechnic). It is revealed that with the advent of the article by I. Ya. Lerner (1965) in methodology and pedagogy the re-search method began to introduce (in the classification of methods). Subsequently, the development of the research method began, although the definitions of "research skills" remained unaddressed. In the late 60's, attention was paid to the presentation of the finished material. There is a change in the internal characteristics of students' activi-ties in the process of skills formation, the degree of inde-pendence is low. In the 70's, attention was drawn to cognitive autonomy, the ability to learn independently. In the mid-1980s, attention to the research method became widely known. Originality. It has been established that since 1965, the research method has been reintroduced precisely in the lessons, whereas prior to this period, the introduction of different types of experiments, research was character-istic of extracurricular activities that were carried out in the school teaching and research areas. Practical skills were formed in the lessons, and therefore 1965 could be considered a year when the research skills began to form in the lessons of the natural sciences and mathematics. Conclusions. It is concluded that the research method is a way of organizing the highest level of cognitive inde-pendence of students. And, therefore, has a complex structure, because it combines knowledge, practical skills, methods of science with stages of cognition. Research skills are also transformed.
THE ROLE OF WESTERN LEGISLATIONS AND LAWS IN PROTECTING CHILDREN FROM ADVERTISEMENT

This study aims to identify the most important legislatures and legal frameworks pertaining to advertisement for children. It focuses on the western approach, which is characterized by the variety of its perspectives in presenting issues and in identifying problems. However, if studies show that there is a certain awareness about the advertisement impact on children, it is obvious that most of legislatures reject the laws restricting the broadcast advertising spots intended for children under 12 years of age, with the exception of the Swedish and the Canadian province of Quebec experiences, which opted for total ban on advertising spots broadcast messages targeting children. The study concluded that most of the studied Western experiments adopt preventive legislative policies, which aim mainly to educate advertisement agencies and businesses owners about psychological, social, and health effects, as well as other damages caused by some advertisement and commercial messages, especially those related to child's health.
Penerapan Metode Rapid Application Development untuk Perancangan Sistem Informasi Penagihan Piutang Premi Asuransi

One of the business actors, in this case, is that the company is required to consider reducing the risks faced. One of them is PT. Indopratama Jaya Mandiri is a company engaged in consulting and insurance claims. In the billing process, it is no longer possible to use the help of the Ms. application. Excel for the data, as well as customer billing that is paid more than once, either to direct insurance or to the company. The information generated requires a long time. This can have an impact especially on the billing department, which can result in a waste of time and costs and other errors due to the payment process that uses two vendors. Method of Rapid Application Development (RAD) The author chose because this method has the advantage of being able to obtain the right system because the system is divided into several versions and the most important functions to be tested. The results obtained are information systems that can overcome problems that have been faced by companies related to insurance billing to customers.
LEARNING BILATERAL CLIPPING PARAMETRIC ACTIVATION FUNCTION FOR LOW-BIT NEURAL NETWORKS

The Rectified Linear Unit (ReLU) is a widely used activation function in deep neural networks, and several works are devoted to designing its variants to improve performance. However, the output is unbounded for most of such functions, which brings severe accuracy degeneration when the full-precision model is quantized. To tackle the problem of unboundedness, Choi etal. (2019) introduce an activation clipping parameter for the standard ReLU. In this paper, we propose a Bilateral Clipping Parametric Rectified Linear Unit (BCPReLU) as a generalized version of ReLU and some variants of ReLU. Specifically, the trainable slope and truncation parameters for both positive and negative input are introduced in BCPReLU . We theoretically prove that BCPReLU has almost the same expressive ability as the corresponding unbounded one, and establish its convergence in low-bit quantization training. Numerical experiments on a range of popular models and datasets verify its effectiveness, which outperforms the state-of-the-art methods.
Densely Multi-path Network for Single Image Super-Resolution

Recently, deep convolutional neural networks (CNNs) make many breakthroughs in accuracy and speed for single image super-resolution (SISR). However, we observe that the fusion of information on different receptive fields have not been fully exploited in current SR methods. In this paper, we propose a novel deep densely multi-path network (DMPN) for SISR that introduces densely multi-path blocks (DMPBs). A DMPB contains several multi-path subnets (MPSs) with dense skip connections, and concatenates the outputs of MPSs that are fed into the next DMPB. A MPS uses convolution kernels of different sizes in each path, and exchanges information through cross-path skip connections. Such a multi-path fusion strategy allows the network to make full use of different levels of information and better adapt for extracting high-frequency features. Quantitative and qualitative experimental results indicate the effectiveness of the proposed DMPN, which achieves better restoration performance and visual effects than state-of-the-art algorithms.
Generating Local Search Neighborhood with Synthesized Logic Programs

Local Search meta-heuristics have been proven a viable approach to solve difficult optimization problems. Their performance depends strongly on the search space landscape, as defined by a cost function and the selected neighborhood operators. In this paper we present a logic programming based framework, named Noodle, designed to generate bespoke Local Search neighborhoods tailored to specific discrete optimization problems. The proposed system consists of a domain specific language, which is inspired by logic programming, as well as a genetic programming solver, based on the grammar evolution algorithm. We complement the description with a preliminary experimental evaluation, where we synthesize efficient neighborhood operators for the traveling salesman problem, some of which reproduce well-known results.
Information System Strategic Planning in PT XYZ Using Wetherbe's Methodology

Along with the development of technology in business, PT XYZ, which is engaged in the food industry, which is located in Sidomukti, Salatiga City is required to be adaptive and innovative by utilizing the availability of information technology. In order to win the competition, and information system strategic plan is needed to support the implementation of information technology and information systems in terms of operations as well as for strategic ones. Therefore, this research conducted by making strategic planning of information systems for use at PT XYZ using the Wetherbe methodology. This methodology is considered as an appropriate approach tool for the company. The solution for information system requirements is based on the strategic planning analysis that has been carried out, namely, producing nine information systems consisting of one information system to be developed from existing applications and eight information systems for the proposed application. And IT personnel are needed for the database and network server work or to carry out proper training for each employee so that if there is damage to the system and infrastructure it can be directly handled. This was done due to the condition of the number of human resources and limited funds for the strategic planning of information systems.
The geological and structural controls of gold mineralization in Qala en Nahal-Um Sagata region, South Gedarif, Sudan

Relevance and purpose of the work. The study area is located in Gedarif state in Sudan. The ongoing work is aimed at solving fundamental problems of the geological structure of the Qala En Nahal-Um Saqata Ophiolitic Complex and applied tasks of mineral exploration. Detailed studies are being conducted for the first time in this area. The purpose of the investigation is to study the geological and structural features of the region, as well as to obtain information about the localization of gold mineralization. Methods of research. Within the study area, a geological mapping of the ophiolitic complex was carried out. It’s included an analysis of structural elements for investigation of the structural evolution and the phases of deformation. Chemical analysis of the mineralized quartz veins to determine the gold was carried out by Atomic Absorption Spectrometry (AAS) technique at the ALS Laboratory in Saudi Arabia. Results of the work. The investigation of the structural evolution revealed at least three phases of deformation. The gold mineralization occurs in auriferous quartz veins, which are hosted in metavocano-sedimentary, sheared synorogenic granites and listvenites. The auriferous quartz veins are structurally controlled by dominantly NE main shear directions. Conclusions. The gold mineralization in the area can be classified shear zone related mineralization, which is formed during the final event accomplished by crustal cooling, and formation of auriferous quartz vein along shear zones. Gold concentration were recorded in both quartz veins and associates alteration rocks. The area is promising for the presence of a gold deposit.
Application of remote sensing in soil mapping

The study aimed at assessing the application of remote sensing techniques, Landsat 7ETM+ in particular in detection of various elements found in soils. The study area is located in the Southern part of Malawi, Blantyre district. The data used in the study was downloaded at USGS and dated August 22, 1999 within the local drought season and after harvest. The dry season image was selected in order to minimize vegetation cover and soil moisture, and to maximize the exposure of bare soils. Different multispectral and hyperspectral imagery have been used in classification of soil properties in many studies. Hyperspectral imagery is rather being considered as a more promising source of data to overcome the lack of soil information that often hamper soil mapping. However this study used multispectral imagery because of its availability. Band ratios were used in the study to find the spatial distribution of iron oxides and clay minerals in the study area. The images produced from band ratios were stretched and density slicing was then applied to the stretched images to classify the images into digital thematic maps. The classification method used helped to delineate the spatial distribution of iron oxides and clay minerals concentrations in the study area. The results obtained in the study showed that iron oxides are considerably high while clay minerals are considerably low throughout the study area. The accuracy of the results was assessed by the existing soil and geological information of the study area, and other similar studies. The study revealed that remote sensing can successfully be applied in mapping soil properties of Malawi.
Russian Multi-Cycle System of Professional Specialists’ Training

The article shows the existing system of professional training of specialists in the USSR (Russia). The developed and implemented multi-cycle system of professional training of specialists is presented. In accordance with the new law “On Higher Professional Education”, an integrated system of training technicians, bachelors, engineers and masters is presented.
Blockchain Technology a Volatility of Stock Returns : A Quantitative Study that Examines Blockchain Technology’s Impact on Volatility in Swedish Stocks

Blockchain technology has received tremendous attention during the last decade. Huge investments incentives have been made into Blockchain technology and companies worldwide are adapting the new mo ...
Short VisualBasic #Ursnif dropper write-up

Here is my first post of a short investigation into a malicious script that I came across.The sample was posted to the URLhaus.abuse.ch list. This is
A Comparative Study and Performance Analysis of Elliptic Curve Cryptography

Elliptic curve cryptography (ECC) is a Public Key cryptographic technique that is used for efficient implementation and the use of multipliers in  ECC plays a major role in improving efficiency thus making it suitable for lightweight applications. In this paper we have implemented ECC using GF (2163) in ZedBoard containing Xilinx XC7Z020-1CLG484C Zynq-7000 AP SoC. In future, the application of ECC can be used in On Board Units (OBU) in vehicles with the help of ZedBoard which has an ARM processor. In order to compare the number of slices occupied by each algorithm in ZedBoard, we have implemented two symmetric key algorithms (PRESENT, GIFT) and two asymmetric key algorithms (RSA, ECC). The simulation and synthesis for the same is done using Vivado version 2018.3. This paper mainly focuses on the implementation and use of multiplier in ECC. Hence we have included a survey on the performance of ECC in different platforms of Xilinx FPGA focusing mainly on the multipliers used. The survey provides clarity on the classification of multipliers by choosing some of the multipliers that occupy lesser area and time. We have noted the observation and have also added further enhancements that can be made to the current findings.
Event Detection from the News Headlines

Internet has become the main source of news in the world.There are thousands of website which constantly publish and update the news stories around the world.Not every news items is relevant for everyone but some news items are very critical for some people or businesses.The event detection system is a big data based natural language processing system.The natural language processing system brings the intelligence to detect the events in the random headline sentences from the news items.The time series and Pyspark NLP, Naïve Bayes algorithm has been used.
Ambiguity in English Test Bias on Buku Jagoan: Langsung Lulus UASBN SD / MI 2013

This research aims to find the ambiguity found in the English test of the school final exam (Ujian Akhir Sekolah Dasar). The ambiguity which is considered as a test bias, may affect both validity and reliability of the test which in the end will affect the grade gained by the test takers. The data is gained from the test items printed in the book which is sold in the bookstore. Each item will be analyzed whether it has one correct answer or not. After the test ambiguity is found, alternative test items will be proposed in order that the test will be free of the test bias so that the test can be considered as valid and reliable.
Graph-embedding Enhanced Attention Adversarial Autoencoder

When dealing with the graph data in real problems, only part of the nodes in the graph are labeled and the rest are not. A core problem is how to use this information to extend the labeling so that all nodes are assigned a label (or labels). Intuitively we can learn the patterns (or extract some representations) from those labeled nodes and then apply the patterns to determine the membership for those unknown nodes. A majority of previous related studies focus on extracting the local information representations and may suffer from lack of additional constraints which are necessary for improving the robustness of representation. In this work, we presented Graph- embedding enhanced attention Adversarial Autoencoder Networks (Great AAN), a new scalable generalized framework for graph-structured data representation learning and node classification. In our framework, we firstly introduce the attention layers and provide insights on the self-attention mechanism with multi-heads. Moreover, the shortest path length between nodes is incorporated into the self-attention mechanism to enhance the embedding of the node’s structural spatial information. Then a generative adversarial autoencoder is proposed to encode both global and local information and enhance the robustness of the embedded data distribution. Due to the scalability of our approach, it has efficient and various applications, including node classification, a recommendation system, and graph link prediction. We applied this Great AAN on multiple datasets (including PPI, Cora, Citeseer, Pubmed and Alipay) from social science and biomedical science. The experimental results demonstrated that our new framework significantly outperforms several popular methods.
PENGGUNAAN MEDIA KARTU HURUF UNTUK MENINGKATKAN KEMAMPUAN MENGENAL HURUF ANAK USIA DINI

The media of early childhood learning generally use game tools to make it easier for children to understand something that night be difficult and simplify something complex and they can develop of their potential by the senses and experionces. The letter card media with rules is a kearning aid can make children get the opportunity to explore, make research and make experiments to gain knowledge. In learning to read in the beginning the teacher can use play strategies by utilizing letter cards. The letter card is used as a medium in the game of finding words. Students are invited to play by arranging letters into words based on puzzles or questions created by the teacher. The practice of arranging letters is the skill of spelling a word.
Moderate quake rattles Los Angeles: A Q&amp;A with Egill Hauksson and John Shaw

Two leading geoscientists weigh in on what the Sept. 18, magnitude-4.5 earthquake means for Los Angeles. "[This quake] tells us there may be even more active faults below the surface than we knew about in this part of the basin," says one.
A study for Motion-Planning Method Resident-tracking Robot based on Reinforcement Learning

Among the advanced countries, especially in Japan, we are facing on the decreasing birthrate and aging population ahead of the world. In recent, population of single-living elder, and elderly people have been taking care by same-aged person, have been actualized. Unfortunately, the population of caregivers is decreasing according to year. In this situation, the Elderly Person Watching System has been focused on. Especially, Robotics, Internet of Things, and Artificial Intelligence technology have been having high affinity with this system. In this study, firstly, the person watching robot system will be developed. In detail, in this paper, the flexible-analyze system will be focused on. In the algorithm, a resident-tracking task and an energy-saving task are holding. The whole tasks are working based on Reinforcement Learning. Thus, the behavior algorithm of the person watching robot system will be developed. In detail, in this paper, the flexible-analyze system will be focused on. In the algorithm, a resident-tracking task and an energy-saving task are holding. From the verification experiment, the simulation results showed the proposed method has been acquired actions to switch the desired task.
PENGARUH MEDIA INTERNET SEBAGAI SUMBER INFORMASI BAGI PELAJAR DI SMK WONOMULYO KECAMATAN WONOMULYO KABUPATEN POLEWALI MANDAR

This study aims to determine the effect of internet media (positive and negative impacts) on Wonomulyo Vocational School students and to describe the assessment of Wonomulyo Vocational School students in using internet media as a source of information. The data collection process prioritizes the emic perspective. This type of research is descriptive-quantitative to describe the picture of the influence of internet media as a source of information for students. Techniques for collecting data through surveys, questionnaires, interviews, and documentation to collect as much data as possible from the field relating to the influence of internet media as a source of information. The results of the study state that the main motivation of Wonomulyo Vocational School students using the internet is to find information that is closely related to school assignments. The internet makes it easy for every user to give and receive information from anyone, anytime and anywhere. The internet can facilitate the learning process at school. Internet media becomes the second teacher where everything related to subjects and other knowledge can find out by opening the internet media.
Chosen Ambiguities of ICT-Related Learning in Youth

In the Czech Republic, as well as in other developed counties across Europe, ICT has been one of the priorities of the Czech educational policy during the past decades; the assumption of keeping up with the ICT-related developments in the school classroom as well as the efforts to use the ICT in learning-related situations have been the main reasons for these policies to occur. At the same time, the Czech pupils score above-average in ICT-related learning area, and a link between the ICT usage and school performance of the students has been proven . Nevertheless, qualitative studies conducted by the team bring forward evidence for a rather ambiguous treatment of ICT in both the school and the family environments. PC classrooms closed during breaks; Wi-Fi at school password-protected to prevent students from using it; school rules banning cell-phone usage for any purpose during school hours; these are only some of the examples of school-related strategies which are directly opposing the official Czech ICT-related educational policy. The abovementioned ambiguities are discussed, and their potential outcomes described in the submitted study. Given the vital implications of such ambiguities, avenues are open to conduct similar studies also in other European countries, in order to support ICT-related learning and remove obstacles the young people may face in this respect.