Reviewerly/exHarmony huggingface dataset:
Global spyware industry will expand despite scrutiny

Significance Public and political scrutiny of the surveillance-for-hire industry has intensified ever since the Pegasus scandal broke last year. This has been aided by efforts by several large technology companies to prevent both the abuse of their platforms by surveillance actors and investigations by watchdogs and human rights organisations. Impacts Lines between legitimate and malicious surveillance will increasingly blur, and ethical decisions will fall to end-users in the short term. Regulation, at least initially, will likely lead vendors to obfuscate their activities rather than become more transparent. At-risk individuals such as journalists or political opponents will seek personal cybersecurity tools to protect themselves from spyware.
Designing English Module for Guides of Museum Pustaka Lontar, Karangasem, Bali

Museum Pustaka Lontar in Karangasem, Bali, has preserved and promoted lontars, the manuscripts that carried the ancient texts of Balinese tradition. This research and development study constructed an English module for the local guides at the lontar museum. The needs analysis derived from the observation of the museum, and interviews with the guides, investigated the guides’ necessities, lacks, and wants in learning English. The result showed that the local guides needed modules where the materials correspond to the guiding sequences of the museum. The materials had to also accommodate the translation of museum lontar-specific terms into English. Conversation-based materials were the most requested, as it resembled their daily interaction with visitors. These findings served as the base for the material development of the English module. Guides, language learners, and teachers in the tourism field might source their learning from the module.
Event-based Non-intrusive load real-time monitoring experimental platform

Abstract To meet the transformation requirements of the new power system and promote the construction of a cyber-physical system. A non-intrusive load detection experimental platform is designed by using a USB data acquisition card and Matlab software. The platform is designed from several aspects such as hardware circuit, data acquisition, event detection algorithm, and load identification. A comprehensive evaluation method combining accuracy and real-time is proposed. The experimental platform has solidified typical load detection algorithms and customized algorithm expansion functions, allowing researchers to conduct innovative experiments as needed. The platform allows for the organic integration of theoretical and experimental, which not only meets the basic experimental needs but also provides an ideal platform for opening innovative and comprehensive experiments.
Vehicle-Mounted Platform for Autonomous Take-off and Landing of Unmanned Aerial Vehicles

Abstract By expounding and proving the technical background of and demand for the platform for the take-off and landing of unmanned aerial vehicles (UAVs), and by analyzing the necessity in combination with current domestic and overseas situations, this paper reveals how a vehicle-mounted platform for take-off and landing of UAVs consisting of multiple connecting rods was developed. Meanwhile, the feasibility of the technology of the vehicle-mounted platform for take-off and landing consisting of multiple connecting rods was verified from multiple aspects by utilizing precision transmission technology, a general mechanical model, and a proof-of-principle prototype.
Ziswaf: Zakat Application to Improve Ease of Recording Zakat Data in Indonesia

Maximizing zakat is one of the endeavors of the Indonesian government in alleviating poverty. However, the manual procedures used in the zakat management system are a hindrance because it takes too long to process data collection and distribute received zakat funds. The purpose of this research is to develop a zakat-recording application that is automatically and continuously synchronized across all user interfaces. Therefore, it can aid in ensuring that the worthiest or Mustahik are properly receiving zakat from the Muzakki (zakat payers) and that all transactions are legitimate. The research procedure used was the development of the Extreme Programming (XP) approach. The number of research subjects involved was 255 people, consisting of zakat ambassadors, group managers, area managers, local committees (called Panzisda), regional committees (called Panziswil), and institutional committees. With the assistance of the User Experience Questionnaire (UEQ), an evaluation of the newly developed system was performed. The findings of the evaluation of the system development demonstrate that users have provided satisfactory evaluations on several characteristics, including attractiveness (1.72), accuracy (1.75), efficiency (1.55), dependence (1.50), stimulation (1.72), and novelty (1.03). All of the data indicates positive evaluation results, which means that the developed application can be utilized to facilitate the process of zakat data recording and verification.
ONLINE EXAM AND SELF CHECKING WEB APPLICATION

This article describes the development of a web-based Examination System using Java Web technologies.The aim of this system is to separate teaching and testing, and it includes various functions such as question management, paper generation, and online testing.The system employs a combination of client-side and server-side programming techniques, which are analyzed in detail.The implementation of this system provides a more efficient and convenient way for administering tests, while ensuring the reliability and security of the examination process.
Log envelope likelihood ratio based velocity filtering track-before-detect method

Track-before-detect (TBD) method has an advantage in detecting and tracking weak targets, due to the direct use of raw sen- sor data. Velocity filtering based TBD (VF-TBD) is a typical multiframe TBD method, along with the benefit of high energy integration efficiency and well-focused output envelope. However, in conventional VF-TBD methods, the statistical information of raw data is not used for multiframe integration, which may cause performance degradation. In this paper, log envelope like- lihood ratio based VF-TBD is proposed, in which the statistical information of raw data is taken into account adequately for multiframe integration. To deal with the complex and real valued data efficiently, the logarithm of complex envelope likelihood ratio (LCELR) and the logarithm of real envelope likelihood ratio (LRELR) are utilized in multiframe integration of VF-TBD, respectively. The calculations of LCELR and LRELR are presented, and the procedure for multiframe processing of the proposed VF-TBD is provided in detail. Numerical experiments are conducted to compare the proposed methods with conventional TBD methods in terms of computational efficiency, integrated envelope, detection performance and estimation accuracy.
SCIENTIFIC AND RESEARCH ACTIVITIES OF THE UNIVERSITY AS A BASIS FOR THE IMPLEMENTATION OF THE IDEA OF UNITY OF PEDAGOGICAL THEORY AND EDUCATIONAL PRACTICE

The article presents the experience of organizing and conducting research work carried out on the basis of consoli- dating the efforts of the scientific and educational structures of the university and general educational organizations in order to solve the problem of improving the quality of social and humanitarian education. The course and results of the experimental work undertaken are described.
Community Participation and Stakeholder Intervention in Sustainable Ecotourism Development on Lawu Mountainside, Indonesia

Ecotourism is unique in that it promotes environmental conservation, environmental education, welfare for the local community, and respect for local culture.Ecotourism development will inevitably have an impact on community life, bringing significant change to ecological, economic, social and cultural aspects of the local community.This research describes community participation and stakeholder intervention in sustainable ecotourism development on Lawu mountainside.The research location was chosen purposively based on previous observations through the internet, a literature study, and a research survey, and consideration that community based sustainable ecotourism development is experiencing rapid progress on Lawu Mountainside in Karanganyar Regency, Central Java, and Magetan Regency, East Java.The research method is descriptive qualitative with a phenomenological approach.The data analysis was carried out with an interactive analysis.The results show that ecotourism development on Lawu mountainside focuses on community participation, where the community has local knowledge about nature and local culture that has potential to become a selling point as a tourist attraction.Stakeholder intervention in ecotourism development is proven to promote values of social capital, develop the creative economy in the local community, provide opportunities for the local people to become the main actors in ecotourism activities to build working relations, and improve the capacity of local institutions to play a role as an agent of change.
UPDATE OF THE CONTENT, METHODS AND TECHNOLOGIES OF PROFESSIONALLY ORIENTED FOREIGN LANGUAGE TEACHING IN THE CONDITIONS OF DIGITALIZATION (ON THE EXAMPLE OF AGRARIAN UNIVERSITIES)

This article discusses the features of practice-oriented teaching of a foreign language in an agrarian university and the most optimal ways of introducing digital technologies into the educational process in order to improve it. The authors have studied in detail some aspects that complicate the process of teaching the discipline and therefore require special attention: the amount of time allocated to classroom classes in a foreign language according to the curriculum, low motivation for study on the part of students, as well as a different level of their foreign language training at the time of the beginning of studies at university. In addition, the need to revise the content of the foreign language course was emphasized, not only in terms of relevance and scientific nature of the material, but also in order to update the forms and methods of teaching used within the framework of universal digitalization of agricultural education. During the course of the discipline, teachers and students tested various programs for making and demonstrating presentations, diagnostic tests, intelligence maps and crosswords, and also studied the basic principles of working in messengers and cloud platforms (Discord, Webinar, Zoom). Close attention was paid to the ways to increase students’ motivation to study at an agricultural university in general and to study foreign languages in the context of their chosen specialty in particular; as well as to develop their professional and personal qualities: initiative, responsibility, teamwork skills and creative thinking.
MILITARY PEDAGOGICAL EXPERIENCE AS THE MOST IMPORTANT COMPONENT OF THE ACTIVITY OF A TEACHER OF A DEPARTMENTAL UNIVERSITY IN THE CONTEXT OF DIGITAL TRANSFORMATION OF EDUCATION

The article considers the military-pedagogical experience as a multifaceted and integral phenomenon of pedagogical culture of a teacher of a departmental university which is manifested in various types of thier activities: military service, educational, scientific, educational, managerial. The content of the military-pedagogical experience, which synthesizes the worldview, moral, professional, intellectual, emotional, aesthetic and physical sides is revealed. The components of military-pedagogical experience (high skill, harmonious combination of teaching and educational work with the scientific search for ways to improve it, the system of professional and pedagogical qualities) are substantiated theoretically. Two aspects necessary in the process of teacher acquisition of military pedagogical experience are highlighted and described: personal (pedagogical orientation, professional erudition, harmony of intellectual and moral qualities, optimism, personal responsibility, self-demand) and practical (reliance on scientific data and best practices, aspiration to self-improvement, analysis of various types of activities in the context of digital transformation of education). The scientific novelty of the article consists in describing the essence and content of the military-pedagogical experience of a teacher of a departmental university, which operates in the context of digital transformation of education. It was concluded that military-pedagogical experience, in modern conditions of digital education, ensures the effectiveness of the educational process of a departmental university, increases the role of the human factor in solving professional problems, in making management decisions. The article is of interest to the scientific and pedagogical staff of higher educational organizations, adjuncts and graduate students, scientific degree seekers, all those who are interested in the problems of methodology and technology of professional education.
Exploration and Prospect of intelligent technology for natural gas data acquisition and control system

Verification process for gas flow accurately adjust the actual problem of precision and quality control, research and development for more than a set of suitable for the working conditions of gas source in high-pressure natural gas metering intelligent detection system, the flow control of intelligent controller based on composite algorithm, using the three-dimensional laser scanning and BIM building information model technology to digital reduction verification yard, The industrial application of intelligent verification of natural gas real flow in China is realized.Dynamic processes such as intelligent decision-making, accurate execution and digital perception are completed through the system's independent identification verification task, which greatly improves verification efficiency and verification quality control level.
Take a tour of the frontiers of printing

If you thought innovation in the world of printing was a thing of the past, think again. Joe McEntee goes for a multidisciplinary stroll around the UK’s Centre for Print Research.
Call for Papers: Integrated Optoelectronics for VR/AR/MR

The IEEE Journal of Selected Topics in Quantum Electronics (JSTQE) invites manuscript submissions in Integrated Optoelectronics for Virtual Reality/Augmented Reality/Mixed Reality (VR/AR/MR) systems.VR/AR/ R devices provide a platform of basic infrastructure for the next-generation human-computer interfaces.Integrated Optoelectronics for VR/AR/MR technologies plays an essential role in improving the performance and reducing the size/volume/weight/power consumption for VR/AR/MR systems, and it has become a hot research topic in recent years.Advancing this multi-disciplinary research topic requires scientific understanding and technological innovation across a broad range of interdisciplinary fields ranging from optics, electronics, computing, materials, and ergonomics, as well as applications in diverse areas from industry, medicine to daily life.The goal of this special issue is to provide an overview of the ongoing progress and trends in advancing the technologies and novel applications of Integrated Optoelectronics for VR/AR/MR systems.Areas of interest include (but are not limited to): VR/AR systemsBiocular/binocular optics Foveated displays Head-up displays Laser scanning and retinal displays Light field and holographic displays Near-eye/head-mounted displays Vari-focal/multi-focal/zoom systems Human factors and perception Color uniformity and brightness uniformity Ergonomics/human factors/cybersickness Integration of prescription/vision correction Large eyebox Occlusion support Wide field of view Key components Aspherical/Fresnel/catadioptric/freeform optics Beam splitting films Compact projection engines Diffractive/nano optics Microdisplay/medium-sized display devices Transparent/see-through display devices Waveguide solutions Related optical technologies Eye/gaze tracking Design and simulation methods Metrology/measurement/benchmark/standardization Optical manufacture technologies
Impact of virtuality on language teaching and learning. A pedagogical retrospective

The purpose of this study focused on analyzing the impact of virtuality on language teaching and learning from a retrospective pedagogical point of view. The methodology was based on a quantitative approach under a non-experimental field perspective. A survey was applied to 30 students and 10 teachers belonging to San José La Salle Educational Unit, who made up the study sample. Among the results, the respondents considered virtuality as a positive aspect for the language teaching and learning process, especially in times of pandemic, since it gave rise to an active pedagogical process that prevented the interruption of the training process; in addition, it awakened the motivation of all towards the use of ICTs from a pedagogical approach through the use of social networks and the use of the target language.
Dual-Axis Solar Tracking Systems for Improved Solar Power Generation Efficiency

The fluctuation in solar energy happens every day as a result of changes in the day-night cycle and seasonal variations all year long.The world's population is growing at a fast rate.Over the last ten years, nonrenewable energy sources like coal and oil have been running out, making it difficult to supply the globe with stable energy.Yet a significant source of primary energy is solar energy.This study proposes a dual-axis solar tracking system that makes use of Arduino as the primary processing unit to capture the maximum amount of solar energy.In this study, an autonomous solar tracker system powered by a microcontroller is anticipated to employ photovoltaic conversion panels.Our goal is to create both a single-axis and dual-axis solar tracker system.The tracker follows the sun and adjusts its location to optimise the sun's production of energy.Two geared DC motors are used to move the solar panel in order to maintain the solar panel's alignment with the sun's light.The experimental model's functioning is based on a DC motor that is intelligently controlled by a specialised drive to move a small solar panel.The presence of two cheap but effective light sensors allow a microcontroller to receive data from them.Experimental analysis is done on the solar tracker device's performance and attributes.
Multi-Objective Optimization Routing Algorithm in French Machine Translation System Design

Multi-objective optimal routing algorithm is widely used in various fields as one of the functional technologies to effectively improve the speed and accuracy of information transmission. In order to solve many unpredictable factors in the translation process, this paper designs a machine learning method to program and test the system accurately and efficiently. This paper mainly uses the method of experimental comparison and analytic hierarchy process to study the multi-objective optimization routing algorithm and the design of French machine translation system. The experimental data shows that the translation accuracy of the system is 85%, which is far higher than the performance of the current translation system.
Application on E-Commerce Knowledge Graph Recommendation Model Integrating Attention Mechanism and Random Features

In order to effectively solve the problem of information overload, different types of models can be constructed for personalized recommendation through the analysis of user commodity interaction information and related auxiliary information in e-commerce. Traditional recommendation methods cannot resolve the complex and diverse connection and transmission relationships between entities, which can be solved to a certain extent by building a knowledge graph between entities. Graph neural network enables the deep learning technology to expand on the graph structure, and further improves the accuracy and interpretability of recommendation based on knowledge graph. Aiming at the problems that the weights of nodes and relationships in the knowledge graph network are adaptive, and some non-isomorphic graphs cannot be identified and learned sufficiently, an attention mechanism is proposed to learn different weights in the network. At the same time, the minimization dominating set problem and the maximization matching problem are efficiently solved by random features. The experimental results show that for three public data sets: Book e-commerce data set Amazon book, music e-commerce data set last FM and catering review e-commerce data set yelp2018; A private data set: a comprehensive e-commerce data set after desensitization of a medium-sized e-commerce enterprise in Zhejiang, including user information, commodity information and interactive information. The performance of the proposed algorithm in recall and normalized impairment cumulative gain (NDCG) exceeds the common recommended algorithms of machine learning, deep learning and knowledge graph.
Mobile robot path planning based on improved A-star_DWA fusion algorithm

In mobile robot navigation, a single A-star algorithm or Dynamic Window Approach (DWA) algorithm cannot combine global path optimization and real-time obstacle avoidance. In this paper, we propose a robot navigation algorithm that improves the fusion of A-star algorithm and DWA algorithm. To address the problems of too large search range of the A-star algorithm and the existence of redundant path inflection points in the planned paths, a coefficient representing the environmental obstacle rate is first introduced to the cost function of A-star to improve the search efficiency; Secondly, a key point selection strategy is proposed to remove the redundant points in the path and retain only the necessary key points to improve the smoothness of the path. Then, the evaluation function of the DWA algorithm is constructed by combining the global path key point information, and the key points are used as intermediate target points of the DWA algorithm to plan local paths, improve the smoothness of paths, and realize the real-time obstacle avoidance function on the basis of achieving the optimal global path. Finally, the effectiveness and feasibility of the proposed navigation algorithm are verified by simulation experiments.
Providing conceptualization to the educational system of secondary school children (Case of Russia's Zabaykalsky Krai)

The aim of this paper is to provide conceptualization to the educational system of interdisciplinary spatial representations of the local residence place of children in secondary general education schools in Russia's Zabaykalsky Krai. The main research method is conceptualization that implies the comprehension and generalization of the authors' many years of work with further presentation of the theoretical arrangement to the accumulated data array. The study may be considered a novel one since it combines different types of authors' activities (scientific, educational, popularizing) on a unified conceptual basis. Theoretical and informational platforms for the mentioned kind of education in Zabaykalsky Krai are the two projects supplemented by the quests system. The third project is aimed at popularizing the first two by organizing game quests among the children of the region. The local history quests of the project had a great impact on activating the cognitive interest of the students in local, interdisciplinary research.