Reviewerly/exHarmony huggingface dataset:
INFORMATION RETRIEVAL SYSTEM PADA FILE PENCARIAN DOKUMEN TESIS BERBASIS TEXT MENGGUNAKAN METODE VECTOR SPACE MODEL

Speed and density in the process of finding documents and information has become mandatory, contained in information systems, to facilitate the search process, or find documents and information needed, it is called information retrieval or information retrieval system, implementation of the theory applied in this study using the model method vector space, the purpose of this study is to provide general exposure to the process of finding digital documents. With the token and indexing process so that the results of the masses are found in the database using keywords, the system will search according to the keywords input into the system and will be compared with the data contained in the database, so that it can produce the correct information.
Hawaiian Volcano Observatory Searches for a New Home

Seismic activity during the eruption of Kīlauea damaged the Hawaiian Volcano Observatory beyond repair. Now officials are looking for a new site.
Processing of Images and Videos for Extracting Text Information from Clustered Features Using Graph Wavelet Transform

Image processing is an interesting domain for extracting knowledge from real time video and images for surveillance, automation, robotics, medical and entertainment industries. The data obtained from videos and images are continuous and hold a primary role in semantic based video analysis, retrieval and indexing. When images and videos are obtained from natural and random sources, they need to be processed for identifying text, tracking, binarization and recognising meaningful information for succeeding actions. This proposal defines a solution with assistance of Spectral Graph Wave Transform (SGWT) technique for localizing and extracting text information from images and videos. K Means clustering technique precedes the SGWT process to group features in an image from a quantifying Hill Climbing algorithm. Precision, Sensitivity, Specificity and Accuracy are the four parameters which declares the efficiency of proposed technique. Experimentation is done from training sets from ICDAR and YVT for videos.
THE HIGHER EDUCATION INTEGRATION CHALLENGE: IMPACTS OF PHYSICAL ENVIRONMENT AND ORGANISATIONAL CULTURE IN NEW STUDENTS’ ACADEMIC INTEGRATION

THE HIGHER EDUCATION INTEGRATION CHALLENGE: IMPACTS OF PHYSICAL ENVIRONMENT AND ORGANISATIONAL CULTURE IN NEW STUDENTS’ ACADEMIC INTEGRATION
ANALISIS KETERAMPILAN GURU DALAM MENGELOLA KELAS SISWA TUNARUNGU DI SDLB KASIH IBU PEKANBARU

This research is motivated by the awareness of the importance of applying basic skills to manage classes for deaf students who are not as appropriate. This results in deaf students not being able to get the optimal learning process. This research method uses a qualitative approach with descriptive method. Descriptive learning research aims to find out the application of basic teaching skills in managing classes of deaf students in Extraordinary Elementary Schools. The study was conducted in two classes, namely, the low class and high class with the research subject is the low and high-class teachers. The research data is obtained from observing the teacher's skills in managing the class and interviews with related sources. The results of the study are that the application of basic teaching skills in managing classes for deaf students has been carried out in accordance with the components of classroom management even though they have not met all the indicators of observation. Classroom arrangement has also supported a more optimal classroom management process. Based on the results of these studies, it can be concluded that the implementation of basic teaching skills in managing the class of deaf students at the Extraordinary Elementary School of Love for Pekanbaru Pekanbaru has been done quite well.
Sistem Informasi Pengelolaan Travel Agent Berbasis Website

Travel agent is a company engaged in the travel agency. Business management processes such as making sales invoices that still use the handwriting method along with sales and purchase reports that are still used Microsoft Excel. Travel agent requires a website-based system where the management of its business to be more effective , safe and accessible anywhere and anytime. In the design phase Data Flow Diagram notation is used, Conceptual Data Models, Physical Data Models and Mockups. The development of the system uses Sublime Text 3 and SQLyog as a Database Management System and is tested using blackbox testing. The results have successfully built an information system for managing a travel agent where the system was built aimed at helping the business management process of Travel agent to be faster, neater, avoid the risk of losing and unnecessary errors.
PERANCANGAN SISTEM INFORMASI GEOGRAFIS PEMETAAN LOKASI PEMBUANGAN SAMPAH LEGAL PADA DINAS KEBERSIHAN DAN PERTAMANAN KOTA LUBUKLINGGAU BERBASIS WEB MOBILE

Department of Hygiene and Gardening in Lubuklinggau has given the information about the location of waste disposal legal still in conventional data. It resulted in the map less provide complete information and difficult to be refurbished for its data object. It also difficult to map all locations of waste disposal legal in Lubuklinggau. Therefore, it neede fast an information systems, accurate and easy to be understood so that all locations of waste disposal legal can be know by the wider community. In addition, the management process was done by goverment, it can be coordinated by Department of Hygiene and Gardening in Lubuklinggau. In resolving of this issue, the writes tried use the development of technology application GIS (Geographic Information Systems) in order there were a mapping system location of the distribution waste disposal legal so that it’s easy for doing changes the data, provide the information and it also can be accessed by using mobile device. The result of this study was an application of Geographic Information Systems in mapping the location of waste disposal legal that consisted of main page, map page, detail of location waste disposal page, login admin page, home administrator page, and location processing page where for all menu provides complete information for the user.
Characterization and Design of Generalized Convolutional Neural Network

The group convolution and representation theory give a strong support for generalized convolutional neural network. The generalized convolutional neural network (G-CNN) has been applied to learning problems and achieved the state-of-art performance. But a theoretical support for details of network architecture design is still lacking. In this work, we first analyze the necessary and sufficient condition for a neural network to be group equivariant when the group acts on the sub-domain of input/output. We then analyze the multiple equivariance case. After that, we show that the generalized convolution mapping to a quotient space is a projection of the image of a generalized convolution which maps to the maximum quotient space. This can be used to obtain guidelines for choosing the feature size of hidden layer.
COACHING COMPETENCES OF CANDIDATES FOR TEACHERS AND PEDAGOGUES

Appears in: INTED2019 Proceedings Publication year: 2019Pages: 10021-10026ISBN: 978-84-09-08619-1ISSN: 2340-1079doi: 10.21125/inted.2019.2525Conference name: 13th International Technology, Education and Development ConferenceDates: 11-13 March, 2019Location: Valencia, Spain
Discrete wavelet transform based unsupervised underdetermined blind source separation methodology for radar pulse deinterleaving using antenna scan pattern

The authors propose a discrete wavelet transform-based unsupervised underdetermined blind source separation methodology for radar pulse deinterleaving using a novel parameter, i.e. the radar antenna scan pattern. Deinterleaving becomes a challenging task in case of dense pulse scenario with parameter agile radars and the authors show that the scan pattern is an excellent parameter for this task. The results also indicate that the methodology is very suitable in case of jittered and staggered pulse repetition interval with reduced missing pulses and false alarm rate. Based on deinterleaved scan pattern information, a preliminary assessment of the number of emitters and their threat levels can be done.
2009 개정과 2015 개정 교육과정에 따른 생명과학 I 교과서의 탐구활동 비교

In this study, the inquiry activities in Life Science I textbooks according to the 2009 revised and 2015 revised science curriculum were analysed in terms of frequency, type, skills, and scientific and engineering practices. The results of the study are as follows. First, the frequency of inquiry activity increased in the 2015 revised Life Science I textbooks. Second, the most common type was ‘Thinking’ in both the 2015 revised and the 2009 revised Life Science I textbooks. However, the rate of ‘Simulation activity’, ‘Investigation, Discussion, Debate’ and ‘Expressing’ increased. Third, there were many ‘Interpretation of data’ and ‘Inferring’ in the 2015 revised and 2009 revised Life Science textbooks, and there was no ‘Problem recognition’. Fourth, there were many ‘Analyzing and interpreting data’ and ‘Constructing explanations and designing solutions’. However, ‘Obtaining, evaluating, and communicating information’ increased greatly, ‘Developing and using models’, ‘Using mathematics and computational thinking’ and ‘Engaging in argument from evidence’ increased in the 2015 revised Life Science I textbooks. And ‘Questioning and problem definition’ was not addressed. Finally, the frequency of inquiry activities, the number of inquiry skills and scientific and engineering practices differed according to the publishers. In conclusion, a variety of inquiry activities should be presented and various inquiry skills and practices are emphasized.
Statically Fused Converted Measurement Kalman Filters

This chapter presents a state estimation method without using of nonlinear recursive filters when Doppler measurement is incorporated into the tracking system.The commonly used motions, such as the constant velocity (CV), constant acceleration (CA), and constant turn (CT), are represented in a pseudo-state space, defined from the product of target true range and range rate, by linear pseudo-state equations.Then the linear converted Doppler measurement Kalman filter (CDMKF) is presented to extract pseudo-state from the converted Doppler measurement, constructed by the product of the range and Doppler measurements.The output of the CDMKF is fused statically with that of the converted position measurement (range and one or two angles) Kalman filter (CPMKF) to produce target Cartesian state estimates.The accuracy and consistence of the estimator can be both guaranteed, since linear Kalman filters are both used to extract information from position and Doppler measurements.
Reducing the synchronizing communication overhead for distributed graph-parallel computing

A number of graph-parallel computing abstractions have been proposed to address the needs of solving complex and large-scale graph computing. However, unnecessary and excessive communication and state sharing between nodes in these frameworks not only reduce the network efficiency but may also caus e decrease in runtime performance. In this paper, we propose a mechanism called LightGraph, which reduces the synchronizing communication overhead for distributed graph-parallel computing abstractions. Besides identifying and eliminating the redundant synchronizing communications in existing systems, in order to minimize the required synchronizing communications LightGraph also proposes an edge direction-aware graph partitioning strategy. This new graph partitioning strategy optimally isolates the outgoing edges from the incoming edges of a vertex. We have conducted extensive experiments using real-world data, and our results verified the effectiveness of LightGraph. For example compared to PowerGraph LightGraph can not only reduce up to 31.5% synchronizing communication overhead for intra-graph synchronizations, but also cut up to 16.3% runtime for PageRank running on Livejournal dataset.
Overview of Quad Copter and Its Utilitarian

The focus of this research is drone which is called as the UAV (unmanned aerial vehicle). They include both autonomous drones and remotely piloted vehicles (RPVs). The article highlights on feasibility of drone in various applications and its variable mechanism. Features of drones are also discussed here. Drones are not to given licenses by several governments since they pose a threat to privacy and also security. Therefore an active surveillance scheme has to be developed to monitor its uncontrolled use.
Semantic Archive Integration for Holocaust Research. The EHRI Research Infrastructure

The European Holocaust Research Infrastructure (EHRI) is a large-scale EU project that involves 23 institutions and archives working on Holocaust studies, from Europe, Israel and the US. In its first phase (2011-2015) it aggregated archival descriptions and materials on a large scale and built a Virtual Research Environment (portal) for Holocaust researchers based on a graph database. In its second phase (2015-2019), EHRI-2 seeks to enhance the gathered materials using semantic approaches: enrichment, co-referencing, interlinking. Semantic integration involves four of the 14 EHRI-2 work packages and helps integrate databases, free text, and metadata to interconnect historical entities (people, organizations, places, historic events) and create networks. We will present some of the EHRI-2 technical work, including critical issues we have encountered.
Applications of the human-computer interaction interface to MOBA mobile games

The purpose of this research is to explore interactive design approaches for MOBA (multiplayer online battle arena) mobile games based on user experience. Interactive design cases of MOBA games are adopted as the basic information. The close connection between the flow theory and the game motivation is combined to study specific needs of MOBA mobile game players. According to the design principle of the mobile terminal and the characteristics of MOBA games, four interactive design approaches, including improvement of the gesture operation efficiency, strengthening of the process experience, emotional arousal, and objective orientation and flexible feedback, are proposed. By providing players with the optimal user experience, this research attempts to come up interactive design approaches which can improve user experience of MOBA mobile games.
Knowledge Extraction from Bangla Documents using NLP: A Case Study

In this paper, we have proposed a system that determines and extracts the user query from the vast store of official Bangla digital documents, and performs detection, and analysis of the documents. A set of different rules and knowledge based methods is used to extract the required decisions from the resolutions of Bangla documents of a specific domain. Then, with diverse parameters, the effects of the process are discoursed and classified and compared with exact match and sematics features of the words with relation with other reative sentences where it achieved a higher performance for a sample dataset with a knowledge base of the documents.
Wavelet Entropy Based Probabilistic Neural Network for Classification

Recently, wavelet transform (WT) has been enormously effectual in various scientific fields. As a matter of fact, WT has overcome the FFT in the difficult nature data tackling. A wavelet entropy based probabilistic neural network (PNN) for classification applications is proposed. Specifically, wavelet transform is performed on the original input feature data, and the entropy values of the wavelet decomposition signals are then extracted to use as the input to the PNN classifier. Two benchmark data sets, Breast Cancer and Diabetes, are used to demonstrate the efficiency of our proposed wavelet entropy based PNN (WEPNN) classifier. The test classification rates of 80.3% and 77.0% are achieved respectively for the two data sets using the WEPNN with Shannon entropy. Other published methods are used for comparison. The method is promising. For results accuracy enhancement, large data set might be utilized in the future work.
Generalization of one method of a filter generator key recovery

Abstract We describe an algorithm extending the previously proposed method of key recovery of a filter generator. The algorithm is based on an approximation of the combining function by algebraically degenerate functions. We give estimates of the computational complexity, reliability, and the amount of memory used by the method. Examples of application of the method are considered, in particular, for the analysis of the LILI-128 cipher.
A Heuristic Checklist for Second Screen Applications

Abstract This paper presents domain-specific heuristics for second screen applications and the development of a heuristics checklist to enable a more intuitive and structured application of the created heuristics. The heuristics presented were developed on the basis of Nielsen [12] Ten Usability Heuristics in a research-based approach using specific literature and a focus group. In order to evaluate the quality of the derived checklist, a heuristic evaluation of a second screen application with five users was carried out and its results compared to a user study with 20 participants. This resulted in an average validity of 0.5 and a high completeness of 0.74. The harmonic mean of these values results in an F-measure of 0.6 with an equal weighting. This value speaks for a sufficient validity of the created heuristic checklist in the first iteration.
(1804-4374) FUZZY ADAPTIVE TRACKING CONTROL FOR A CLASS OF NONLINEARLY PARAMETERIZED SYSTEMS WITH UNKNOWN CONTROL DIRECTIONS

This paper addresses the problem of adaptive fuzzy tracking control for aclass of nonlinearly parameterized systems with unknown control directions.In this paper, the nonlinearly parameterized functions are lumped into the unknown continuous functionswhich can be approximated by using the fuzzy logic systems (FLS) in Mamdani type. Then, the Nussbaum-type function is used to detect the unknown control direction and based on the backstepping technique, the adaptive fuzzycontroller is designed. The main advantages of this paper are that (1) in the existing results the separation principle is used to deal with the nonlinearly parameterized functions, unlike them in this paper, the FLS are applied to approximate the nonlinearly parameterized functions, (2) by using the minimal learning parameters (MLP) algorithm, onlyone parameter needs to be adjusted online in the controller design procedure, which reduces the onlinecomputation burden greatly, (3) the Nussbaum-gain technique is introduced to resolve the unknown control direction problems. It is proven that the proposed control scheme renders the closed-loopsystem stable in the sense of semiglobal uniformly ultimately bounded (UUB). Finally, simulation results are provided to show the effectiveness of the proposed approach.
INTERACTIVE VIRTUALIZATION IN THE ENVIRONMENT OF FLASH-CC, JAVA SCRIPT OF ALGORITHMS THE PHENOMENON OF THERMOPHYSICS AND MOLECULAR PHYSICS, AS ACHIEVEMENT OF HIGHLY EFFECTIVE TRAINING

The training program assumes not only studying of theoretical material, but also performance oflaboratory works. They are necessary for development of skills of measurement of physical quantities, performanceof physical experiences, ability to draw the correct conclusions from the observations. Modern computertechnologies allow to add this traditional scheme of training. The training programs modeling physical processes andthe phenomena which not always manage to be shown live in the training conditions can provide to pupil’ssubstantial assistance. Processes of the phenomenon of molecular physics and thermophysics are visualized andonline virtualized by means of the computer program environments Adobe Flash-CC, Java script. The made,laboratory work on a research of processes of the phenomenon of molecular physics and thermophysics is veryeffective at development of this course, and the technology of creation of the virtual and interactive laboratorydescribed in this article is very relevant for creation of the similar virtual and interactive laboratories (VIL) in otherobjects. This virtual interactive laboratory development is introduced in educational process of the Eurasiantechnological university and is successfully applied in training
Big Data Analysis: Medical Accident

Background/Objectives: Medical accidents have been happening in major large hospitals and real-time search queries for portal sites are increasing. We purpose to provide basic data on medical dispute resolution and medical accident prevention.Method/Statistical Analysis: We based data collected through educational and academic information sources(RISS) and *aver search as big data, and analyzed the keywords and the network analyzed by the ‘Medical accident’ keyword. The frequency, ranking, and connection of the keywords were analyzed through the process of processing the collected unstructured text into the data suitable for research and analysis.Findings: As a result, in case of the academic research related to the medical accidents, the study on the medical dispute is most active. In the analysis of the network, the medical accidents lead to the medical disputes and are mostly resolved by law in a manner that judge criminal responsibility and other responsibilities(punishment and compensation).Analysis of search words from news, blogs and Internet cafes, and the most frequently mentioned keyword related to medical accidents was criminal responsibility. In the analysis of the network it will be as follows: the handling of medical accidents involving criminal liability and other liabilities shall result in punitive damages resulting from legal proceedings or monetary damages resulting from civil agreements.Improvements/Applications: We suggest that the human, institutional, and physical environment should be improved to avoid medical accidents, conflicts and litigation.
Design of Syntax Analyzer for Kannada Sentences Using Rule-Based Approach

Syntax analysis is the process of checking grammatical correctness of sentence by determining the relationship among words present in the given sentence. This paper proposes a syntax analyzer for Kannada sentences using (Kaaraka) framework. This proposed work is tested on stories and novels dataset from Enabling Minority Language Engineering (EMILLE) corpus and obtained an accuracy of 75%. Syntax analyzer is an essential tool in most of the natural language processing (NLP) applications like machine translation system, word sense disambiguation, and question and answering.
Special Issue on Security and Privacy in Machine Learning

We deal with solutions of classical linear equations a·x=b and y·a=b, applying a particular lattice valued fuzzy technique. Our framework is a structure with a binary operation · (a groupoid), equipped with a fuzzy equality. We call it a fuzzy quasigroup if the above equations have unique solutions with respect to the fuzzy equality. We prove that a fuzzy quasigroup can equivalently be characterized as a structure whose quotients of cut-substructures with respect to cuts of the fuzzy equality are classical quasigroups. Analyzing two approaches to quasigroups in a fuzzy framework, we prove their equivalence. In addition, we prove that a fuzzy loop (quasigroup with a unit element) which is a fuzzy semigroup is a fuzzy group and vice versa. Finally, using properties of these fuzzy quasigroups, we give answers to existence of solutions of the mentioned linear equations with respect to a fuzzy equality, and we describe solving procedures. Quasigroups and other related structures are an algebraic tool successfully applied up to now in coding theory and cryptology. In our work we propose related applications.