Reviewerly/exHarmony huggingface dataset:
Design of a Network with Sensor-Cloud Technology Applied to Traffic Accident Prevention

The main goal of this research is to facilitate the connection of sensors, people and objects to build a centralized community with parameter measurement applications, where people can share and analyze sensor data in real-time. For example, public institutions that plan, regulate and control land transport, traffic and road safety, and that aim to increase the level of road safety, would be able to prevent traffic accidents by monitoring public transport vehicles in real-time. To obtain real-time data, transport units would be installed with biosensors and a video camera, which would send a series of data automatically for storage and processing in the sensor cloud. The data will allow the recognition of facial expressions and the analysis of physiological variables to determine the driver’s mood, according to which immediate actions will be taken to control this variable; and through an audible alarm or a led screen, the actions to be taken by the driver or the passenger would be explained, and even an automatic setting of the interior of the vehicle can be carried out and the emergency units informed according to the case.
Accessibility, Competency and Perception of School Teachers towards Online Teaching in the Midst of COVID-19 Pandemic

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A Rate-Distortion view of human pragmatic reasoning.

What computational principles underlie human pragmatic reasoning? A prominent approach to pragmatics is the Rational Speech Act (RSA) framework, which formulates pragmatic reasoning as probabilistic speakers and listeners recursively reasoning about each other. While RSA enjoys broad empirical support, it is not yet clear whether the dynamics of such recursive reasoning may be governed by a general optimization principle. Here, we present a novel analysis of the RSA framework that addresses this question. First, we show that RSA recursion implements an alternating maximization for optimizing a tradeoff between expected utility and communicative effort. On that basis, we study the dynamics of RSA recursion and disconfirm the conjecture that expected utility is guaranteed to improve with recursion depth. Second, we show that RSA can be grounded in Rate-Distortion theory, while maintaining a similar ability to account for human behavior and avoiding a bias of RSA toward random utterance production. This work furthers the mathematical understanding of RSA models, and suggests that general information-theoretic principles may give rise to human pragmatic reasoning.
Feasibility Verification of Portable Intelligent Gauge Calibrator

Abstract The current gauge calibrator has a series of problems, such as large volume, difficult to carry, low level of intelligence. As an improvement of the traditional gauge calibrator, a new portable intelligent gauge calibrator is designed. In this paper, based on the new type of gauge calibrator, it is compared with two traditional gauge calibrators to verify the feasibility of its application to the verification of grade 2 gauge.
Inovasi Pelayanan Dinas Perpustakaan dan Kearsipan Kota Metro Melalui Program Ebook dalam Upaya Menumbuhkan Minat Baca Remaja

Reading interest in Indonesia is still relatively low because the number of books in circulation is uneven, and most books are circulated only in big cities. To overcome this, the Metro City Regional Library and Archives Office are in accordance with its vision and mission in utilizing information technology, namely by creating innovations that make libraries attractive through the ebook program. This program is a service innovation provided by the Metro City Regional Library and Archives Service, namely a library based on digital applications that can easily find and read books coming to the library. This study seeks to determine service innovation's application to the Metro City Library and Archives Service through the ebook program and the supporting and inhibiting factors in implementing the ebook program innovation in the Metro City Library and Archives Service. This research is a descriptive study with a qualitative approach. This study indicates that the ebook program innovation carried out by the Metro City Library and Archives Office is quite useful in its application. This can be seen from the fulfillment of four of the six indicators of innovation typology: new or improved services, administrative innovation, system innovation, and radical change. Some things of concern are the innovation carried out still shows conceptual weaknesses because the Metro City Library and Archives Service still carries a Type B library and in the process of making application systems require a long time and maintenance of application systems that must be done regularly by human resources who are competent in their field.
Robust image steganography framework based on generative adversarial network

Robust steganography enables secret information to be transmitted stealthily and accurately in lossy channels such as social channels and wireless channels. With the development of deep learning, robust steganography can be constructed using the generative model of deep neural networks. Two new robust steganographic frameworks are proposed on the basis of generative models, and two algorithms are proposed on these two frameworks to verify the effectiveness of the proposed framework. Experiments show that the two frameworks proposed are more flexible than existing robust steganographic frameworks. To further verify the validity of the framework, when compared with existing robust steganography based on deep learning, the generative robust steganography algorithm is shown to have a higher secret information embedding capacity and higher steganography image quality.
COVID 19: WORKING FROM HOME: TWITTER REVEALS WHY WE'RE EMBRACING IT

As more than a third of the world's population is now in lock-down, we see COVID-19 not only having severe implicationson people's health but also having a significant knock-on effect on their livelihoods. A recent YouGov report highlightsthat one
Peningkatan Keterampilan Bahasa Inggris SMPN 19 Mataram Melalui Model Triple P

SMPN 19 Mataram which is in the area of ​​Jalan DR. Soedjono Lingkar Selatan No.14, Dasan Cermen, Sandubaya district, Mataram City, West Nusa Tenggara. Because the location of the school is included in the suburbs and the English language skills at the school are still low. Based on conditions above, the Teaching team is interested in conducting education service by providing English language course using Triple P model for the students in SMPN 19 Mataram. This course used the media Triple P (Present, Practice, Production) method with the aim of making the course activities more interesting and easier for the course participants. This English coursing activity has a positive impact on the students in SMPN 19 Mataram. These positive impacts are seen through the result of the coursing process. Within a few months of following the coursing process by using Triple P media, the learning outcomes of the training participants increased. Before participating in the coursing, the coursing participants considered English was a difficult language to learn, but after participating in the coursing by using Triple P media the students began to experience the convenience and the students thought that learning English using Triple P media was fun.
HOW PERSONALIZED LEARNING PLATFORMS COULD IMPROVE SOCIAL-EMOTIONAL SKILLS

I. Gerasimova, M. SchevlyaginNational Research University Higher School of Economics (RUSSIAN FEDERATION)
Determination of the Elements of Architecture Students' Readiness to Conduct Professional Activities

The relevance of the study is due to higher requirements for the professional training of engineering specialists and the need to determine the most significant aspects of their readiness to conduct professional activities. Focus on certain training aspects will make it possible to increase both the quality and the speed of specialist training, as well as contribute to their personal motivation and help them reveal their talents. The purpose of the study is to identify the elements of archi-tecture student readiness to conduct professional activities. The study took place at the Ural State University of Architecture and Art (Russia, Yekaterinburg); it involved 120 four- and five-year-students of the Faculty of Architecture, as well as 12 faculty teachers and 154 graduates of different graduation years who have from 5 to 20 years of professional experience. Based on the analysis of available research on professionalism and professional readiness, as well as a preliminary participant survey, a number of elements of students' readiness for professional activities have been identified. The concept of students' readiness to conduct pro-fessional activities has been clarified; it is described as complex integrative struc-ture, which simultaneously reflects the level of development of professionally important qualities and abilities of specialists, especially their attitude to profes-sion. The elements of students' readiness to conduct professional activities have been identified: motivational-axiological, informational-cognitive, activity-oriented, personality-reflexive. The survey participants described the elements that they believed would most contribute to professional readiness: motivational-axiological (22% of participants), informational-cognitive (18.8% of participants), personality-reflexive (16.7% of participants) and activity-oriented (13.4%). The study can be useful for vocational education teachers to help them identify the in-fluence of students' personal characteristics on the successful development of their readiness for professional activities.
Cascading attack on trusted-relay quantum key distribution networks

Abstract Trusted relays are the main state-of-the-art way to realize quantum key distribution networks. However, it is hard to require that all nodes in the network are fully trusted. In a multipath key-transmission mechanism, the nodes can be weakly trusted because the secret key can be split into many parts and each part is transmitted to the receiver through a different path. However, if the capacity of a node’s quantum key pool is poorly designed, an attacker, Eve may eavesdrop on the communicating parties’ secret message by initiating a redirection attack. In this paper, we show that Eve can trigger a cascading collapse effect by collapsing one of the edges in the network and forcing the communication parties to transmit the message through the nodes controlled by Eve. The influence of the traffic transfer ratio and the control parameters of the edge load on the breakdown probability of the edge are analyzed using a simulation. In order to effectively defend against the cascading attack, it is important for the designer to handle the relationship between the traffic and the capacity of the quantum key pool of each node in the network.
User Authentication Modeling Based on the Dynamics of Keystrokes in the Industrial Control Systems

The paper provides an overview of information security vulnerabilities in industrial automated systems. The identified vulnerabilities were systematized by the type of impact and their share of manifestation in industrial automated systems was revealed. In addition, studies showed that 82% of industrial enterprises could not resist an internal intruder who seeks to penetrate the technological network. One of the main problems is the vulnerability of authentication mechanisms, when an attacker can penetrate a secure network under the guise of a legitimate user. To increase the level of security in the automated control system, a three-level model was developed which increased the accuracy of user authentication by their keystroke dynamics. Research and experiments were carried out and the results were achieved. The high capability of the developed access control model was achieved, which distinguished between legal users and attackers with small deviations in the parameters of keystroke dynamics, and the accuracy of user authentication increased. The authenticity of user authentication was 97.5%.
THE CURRENT SITUATION OF TEACHING FUNDAMENTAL PHYSICFOLLOWING CDIO APPROACH

The article presents the surveying of the teaching situation of Fundamental Physics to meet the output standards in university which use the CDIO approach to teach students of engineering major, as well as information on the application of methods, form of evaluation in the teaching process of Fundamental Physics.
Visualization Lecture in the Digital Educational Process at the University

Information and communications technology appears to be the only way to achieve educational goals, meeting needs of the modern generation. The purpose of the research is to analyze a visualization lecture as an effective form of learning in the digital educational process. The work is devoted to the study of modern visual methods. The effectiveness of a visualization lecture as a form of conducting classes is confirmed by the results of testing students’ knowledge, questionnaires. We conducted a study on the use of visualization and its significance for the development of digital education. For this purpose, 2 groups were selected: the first of them continued to study according to the usual program, and the second became experimental. In the latter, visualization lectures were held during the semester, i.e. using presentations, tables, graphs, clusters, video lectures, and other materials both from the teacher and prepared by students.
Design and Construction of "C Language Programming" Network Course Based on CDIO

CDIO Conceive is the abbreviation of conceptual, Design, Implement and Operate. In this paper, combined with the current teaching situation of "C language programming" course, based on CDIO engineering education concept, the construction and implementation method of "integration of teaching, learning and doing" in the network course of "C language programming" was introduced, and the integrated teaching system such as integrated curriculum system, integrated training environment, integrated curriculum standards and teaching materials, and integrated teaching team was put forward. The system takes students as the main body, teachers as the leading factor, the content setting is from simple to comprehensive, and the teaching methods are flexible and changeable. Practice has proved that the new teaching model plays a positive role in cultivating students' ability to analyze and solve problems, practice and team cooperation.
Optimal Robotic Path Planning Using Intlligents Search Algorithms

This investigation investigates the application of Adjusted Fuzzy Molecule Swarm Optimization (FPSO) to the versatile robot route issue in arrange to decide the briefest conceivable course with the least time required to travel from a beginning area to a goal area in a deterrent working zone. MPSO is being created in this ponder to progress the capability of customized calculations for a worldwide course. The proposed calculations decipher the environment outline spoken to by the framework show and develop an idea or nearly ideal collision-free way. Reenactment tests appear the viability of the most recent organized calculation for portable robot course arranging. The programs are composed in MATLAB R2019a and run on 2.65 GHz Intel Center i5 and 7 GB Smash computers. Changes proposed in MPSO and cuckoo look calculation fundamentally point to resolve the untimely merging issue related to the beginning PSO. A mistake calculate is demonstrated within the MPSO to guarantee the meeting of the PSO. FPSO points to handle another issue which is the populace may incorporate a few infeasible ways; an updated strategy is tired the FPSO to fathom the issue of the infeasible street. The discoveries illustrate that this calculation has huge potential to fathom the course arranging with satisfactory comes about in terms of decreasing remove and time for execution.
Implementation of Traveling Supportive System for Manual Wheelchair with Autonomous Connecting Robot

This paper proposes a mobile robot system which realizes mobility assistance with a manual wheelchair when a handcar chair user needs moving assistance. The mobility assistance is triggered by recognizing wheelchair user's demand by using visual sensor. We suggest a task consisting of three phases for realizing automatic connection of a wheelchair by a robot. The first phase is a proposal and verification of a method to estimate the actual position and orientation of a wheelchair from the depth information of the Kinect v2 sensor. The second phase is the implementation of the path planning of the robot using the estimated position and orientation of the wheelchair as the target value coordinates and its running control mode. The third phase is a mode in which the robot connects to the wheelchair hand unit from behind the wheelchair, and is integrated with the wheelchair as it is in the steering mode and autonomous driving mode. The effectiveness of automatic wheelchair connection system that integrates the tasks of each phase is verified by actual traveling experiments.
RETRACTED ARTICLE: An effective agile development process by a hybrid intelligent effort estimation protocol

The Development of Software becomes complicated as the size or complexity of software increases, it is difficult to estimate resource consumption or development costs. Evaluating computer weight is part of the development that can be used to assess resources before development. Scoring is a quantitative assessment of the effort required to complete a particular developmental task, most often expressed in terms of duration. Employee estimates are performed to capture individual assessments and determination of time, the capacity or total cost of the software project. Work is calculated as effort, and all-time period required to complete a task is calculated as an estimate of the effort, generally indicated as measurement categories (man–day, man–month, and man–year). Many other issues depend on these estimates. B. Total cost or time spent on software development. Also, the algorithms used to measure software development effort can be right also. Therefore, conflict assessment is critical to software development in project planning and monitoring. Agility is the latest form of software development. Agility assessment is based on several factors. Inaccurate information is written using the most efficient methods possible lead to inaccurate estimates. Precise estimates are therefore needed immediately. It is difficult to find a method that works well in all situations. Therefore, this article aims to evaluate the dynamic development activities using the integration method based on the features and user information. The results of the distributed method show that the energy expenditures derived from the user information are useful.
HOW TO IMPLEMENT EDUCATIONAL ACTIVITIES AT THE UNIVERSITY OF THE THIRD AGE DURING A PANDEMIC COVID-19 WITH THE HELP OF INFORMATION TECHNOLOGY

HOW TO IMPLEMENT EDUCATIONAL ACTIVITIES AT THE UNIVERSITY OF THE THIRD AGE DURING A PANDEMIC COVID-19 WITH THE HELP OF INFORMATION TECHNOLOGY
IMAGE COLORIZATION USING DEEP LEARNING

Over the past ten years, there has been a lot of research done on image colorization using computer vision and machine learning approaches in order to suit the needs of its numerous applications, such as grayscale image colorization and old and faded image restoration.There are many papers/algorithms have shown to produce plausible colorization of black and white images but they lack the realism and semantics of the living and nonliving things in the images.The idea is that humans can differentiate between different colors and objects and tell what color that particular thing would be.Keeping this idea in mind, we propose a system where one part of the model learns what the objects are and the other learns the colors that can be used for the particular object (humans and animals, included).Next, we propose to use a feed-forward pass model in Convolutional Neural Network which is trained using a dataset of available colorful images.We plan to train the model with semantic segmentation labels, which in turns helps produce much more realistic and fine results for the colorization using deep learning.
Rolling Ball - Learning Cell dalam Pembelajaran untuk Meningkatkan Keterampilan Menulis Bahasa Inggris Siswa

This study aims to describe the implementation of the Rolling Ball - Learning Cell in learning to improve students' English writing skills. This research method used experimental methods. The subjects of this study were students of class VII A SMP Negeri 27 Surakarta. The research instrument used observation and tests. The data analysis technique of this research used statistical analysis. The results of this study indicate that the implementation of Rolling Ball-Learning Cell in learning English in class VII A SMP Negeri 27 Surakarta includes: the planning stage, preparing the media, and the implementation stage. Rolling Ball-Learning Cell can improve students' English writing skills from the initial conditions with an average score of 75.3 with 43.3% completeness to the condition after treatment an average score of 88 with 90% completeness in class VII A students of SMP Negeri 27 Surakarta.
Methodical training of the future teachers of physics for the organization of project activities for

The article deals with methodical training of future teachers for the organization of project activities of schoolchildren in physics It goes through the concept of "readiness" as multi-level psychological and pedagogical condition characterized by the performance of certain work tasks and specific activities while performing job functions, The purpose of the article is to consider the methodological preparation of future teachers for organizing project activities of schoolchildren in physics as a productive educational process, considering the ideas of pedagogical activity in Higher Education. This method is aimed at increasing the level of success in the professional activity of the graduates of a pedagogical university who will be able to perform their direct duties in accordance with The Professional Standards of a Teacher, use the acquired knowledge, experience and personal qualities in performing professional functions, including the organization of project activities of schoolchildren in teaching physics. The empirical basis of the article is the data of a study conducted in 2019-2020 in the framework of advanced training of physics teachers in the Chelyabinsk region and training of undergraduate students of the South Ural State Humanitarian and Pedagogical University (Chelyabinsk). Research results: 1. The article considers the relationship between the concepts of «readiness» and "methodological training of a future teacher to organize project activities of students in physics". It as well shows the relationship between the professional standard and competencies formed within the framework of training bachelor students in the field of teacher training education. 2. The article shows the key characteristics of the methodological preparation of future teachers for the organization of project activities of students in physics from the perspective of productive training and technology of project activities.