Reviewerly/exHarmony huggingface dataset:
Students’ experiences in learning and using Prezi in higher education

This paper documented the findings of an exploratory, qualitative case study and investigated students’ opinions about learning Prezi and their first experiences in using Prezi in Higher Education. A total of 13 students who were determined as eligible participants through a purposeful selection method were recruited. They responded to 10 interview questions that were analyzed by two researchers using content analysis. The results demonstrate that students’ experiences in acquiring practical knowledge of Prezi and creating Prezi presentations resulted in the identification of four major themes including usability, usefulness, organization and drawback. The eleven sub-themes emerged from these major themes include the following easiness, difficulty, future use, collaboration, mobility, attractiveness, zoomable user Interface &amp;amp; infinite canvas, effectiveness &amp;amp; efficiency, customization, cost and language. This study shows that although the price and limited language options of Prezi are the drawbacks, the innovative features of Prezi convert presentations from boring and linear fashion into stimulating, impressive and effective fashion. The learning and using process of Prezi are straightforward for even students who have just used traditional presentation tools such as PowerPoint.
Convolutional Gating Network for Object Tracking

Object tracking through multiple cameras is a popular research topic in security and surveillance systems especially when human objects are the target. However, occlusion is one of the challenging problems for the tracking process. This paper proposes a multiple-camera-based cooperative tracking method to overcome the occlusion problem. The paper presents a new model for combining convolutional neural networks (CNNs), which allows the proposed method to learn the features with high discriminative power and geometrical independence. In the training phase, the CNNs are first pre-trained in each of the camera views, and a convolutional gating network (CGN) is simultaneously pre-trained to produce a weight for each CNN output. The CNNs are then transferred to the tracking task where the pre-trained parameters of the CNNs are re-trained by using the data from the tracking phase. The weights obtained from the CGN are used in order to fuse the features learnt by the CNNs and the resulting weighted combination of the features is employed to represent the objects. Finally, the particle filter is used in order to track objects. The experimental results showed the efficiency of the proposed method in this paper.
The Origins of Corrupt Behavior: Psychological Aspect

The article presents data from a theoretical analysis of the phenomenon of corruption and corrupt practices. This phenomenon is perceived by scientists and practitioners more often in economic and legal aspects. Whereas from a psychological point of view, the authors analyze the definition of “corruption” only indirectly and somewhat distantly. Moreover, the psychological analysis of corruption issues mainly aline within the framework of moral, ethical and philosophical views. In this article, corruption and corruption practices are considered in the context of the activity approach of A.N. Leontiev. It is suggested that one of the reasons for the development of corrupt behavior of a person can be a shortage of personal and environmental resources of a person, which allow to reveal oneself in such a socio-psychological phenomenon as "deficiency of normative behavior" in the early stages of adulting. From the standpoint of the activity approach of A.N. Leont'ev suggested that deficiency discovers itself at three levels of life: physiological, mental, and personal. It is concluded that the deficiency of normative behavior contributes to the deformation of the personality structure, is in destructive mode and blocks the differentiation of mental functions reducing the dynamism of interpersonal interactions.
A Study on the Lightning Overvoltage Reduction Effect of Direct Lightning and Lightning-induced by Applying SPD and Grounding in Wind Turbine

The ways to improve the safety of power facilities is to install surge protection devices and grounding method to protect against the lightning surge. This paper analyzes how much lightning overvoltages are reduced by giving different rated voltage to the surge protection device and applying different grounding method when the direct lightning strike and the lightning-induced is applied separately. This analysis also contains how the distance between wind turbine and the lightning strike point affects the lightning overvoltage created by the lightning-induced.
Spectral Filtering of Photovoltaic Cells Using Novel Bio-Filter: Silver Coated Ixora Extract Using Methanol Solution

Photovoltaic (PV) solar panel imported intoAfrica was observed to have low lifespan due to the spectrum of harmful solar radiation hitting the surface of the PV panel.In this research, the bio-filter was synthesized using plant extract and silver.The dark room experiment was carried out to examine capacity of the PV panel accept specific radiations.The bio-filter was sprayed on the PV panel and the measurement for a sprayed and unsprayed PV panel were obtained.It was discovered that the bi-filter was effective to stabilize the measured parameters such as current, voltage and power.
THE PROBLEM OF UNEMPLOYMENT AMONG GRADUATES OF RUSSIAN UNIVERSITIES

The article deals with the Russian labor market and the problem of employment of college graduates.The influence of the transformation of the education system for young professionals recruitment process.
A lossless speech signal compression technique

Day by day, the use of the internet is increasing; as a result, the way of communication through the internet is growing dramatically. So, speech signal compression is being a vital issue in the area of signal processing. There are many techniques used to compress a speech; such as Huffman coding, LZW coding, Arithmetic coding etc. These techniques convert a speech signal in such a way so that it takes very less memory and can be sent quickly over the internet than original data. From the point of view, this article introduces a novel speech coding method which use a set of binary combinations as needed to encode speech data. In this technique, the binary combinations are set to the probabilities of a speech signal where 0 and 1 will be assigned to the first two highest probabilities. The third, fourth, fifth, sixth, seventh and eighth probabilities are assigned by 00,01,10,11,000,001 and the process will continue until all probabilities are finished. Here, Average code length (ACL), compression ratio (CR), compressed file size and PSNR are considered to evaluate the performance of the proposed technique with the state of the art techniques. From the experimental outcomes, we have seen that the proposed method provides a better result than the state of the art procedures.
Real-time Image Contrast Enhancement VLSI Design for Intelligent Autonomous Vehicles

A novel hardware-oriented image contrast enhancement algorithm is proposed in this study for intelligent autonomous vehicles. It utilizes a weighted filter and calculates the brightness values of an image based on the adjusted image. The brightness values are processed to either reduce or increase the brightness values of the points. To further improve the quality of an image, the algorithm implements a block-based pixel processing as opposed to a per image frame processing. The brightness values for each block or area in the image are used to improve the contrast of the image. This is accomplished by reducing or increasing the different brightness values of the pixel or lifting point in each block. Simulation results showed that compared with previously proposed algorithms, this work improved on the average discrete entropy by 1% and increased the average color enhancement factor by 8.5%. The proposed novel algorithm was realized using TSMC 0.18&#xA0;&#x3BC;m CMOS cell process. The VLSI design has a total gate count of 6028 and operates with a frequency of 201&#xA0;MHz and a power rating of 17.47&#xA0;mW.
Author’s Comments in the Conceptual Space of Musical Text: to the Methodology of Research of Musician Teacher

This article presents the problem of the relationship between two landmark subsystems in the conceptual space of the musical composition text: notation and author’s instructions, comments of various types and functions. The author contrasts the text formal division (it is used in performing and pedagogical practice, non-binding “notes” and instructions by the composer of minor importance) and views of musicians who see in the traditional dichotomy “musical text – comments on it” a theoretical problem. The differences in approaches to it are analyzed in the works by S. E. Feinberg, E. Ya. Liberman; it is proposed to consider the position of the author of the article, treating the first of these subsystems as a base, the second as a superstructure in a united conceptual space of a musical text. The author develops the theme and carries out historical-style excursions and reveals the evolution of the composer’s comments in the music in 17th – early 20th centuries due to aesthetic, artistic, technological and other factors. In the historical-style sections of the article, the author relies on the concept by S. S. Skrebkov, that is in the book “The Artistic Principles of Musical Styles”. In particular, the author uses the principle of centralizing unity postulated by the scientist as a methodological guide, and interpreted broadly in the article as a general dialectical principle of musical logic. This allows to differ stylistically and at the same time to study dialectically the practice of composer commentary in musical works of the Baroque, classical and romantic eras. The main conclusion of the article is the reference to the need for performers and teachers to deepen into essential, substantial relations in a united conceptual space of a musical text of two main plans: notated, reflecting introverted, immanently musical meaning, and composer comments, where denotation is carried out, symbolization of the deep structures of music.
Analisa Perancangan Sistem Pakar Untuk Mengidentifikasi Jenis Kulit Wajah

Artificial intelligence technology is utilized in all fields, one of which is the field of facial skin beauty. Women today often make mistakes in facial skin care, caused by determining the type of skin. From this phenomenon the role of software engineers to build an application that is able to identify the type of facial skin is very necessary. However, there are still many developers who do not design software properly, structured and systematically, so that applications that are built are not in accordance with user needs. The purpose of this study is to design asoftware system as a basis for building a software, especially an expert system. With this design it is expected to produce an application system that suits the needs of women to identify the type of facial skin so that they can carry out the right stature. The method / approach used is amethod that produces a different method than the previous method, where the previous method still uses manual methods, and with this research produces modeling of computerized ways. Computerized system design modeling is built starting from system design analysis with the existence of a system flowchart, Data Flow Diagram and Flowchrat program. The results of the system design modeling are made a recommendation for software application builders in building expert systems with similar problems
Two-level hiding an encrypted image

&lt;p&gt;&lt;span&gt;Encryption and hiding images are becoming a hot research area and a broad prospect for application. This article uses a secure algorithm with Low Significant Bit method to hide an encrypted high-resolution color bitmap image in two selectively color images (i.e., two cover images). The paper introduces a two-level hiding encrypted image using MATLAB-GUI programming language. In the beginning, with a key image using XOR bit operation, the original RGB image is encrypted. After that, the encrypted image is hidden into the first cover image. The cover image is then hidden into another cover to make the secret image safer without changing the perceptual quality for both covers. Then, the algorithm is tested on many bitmap images, which can be an important image, fingerprint image, samples of secret medicine, or bank account pattern. The correlation histograms demonstrate a high correlation for all encrypted images. The PSNR is used to find steganography quality for the two cover images after hiding the secret image showing a high quality for the two levels of hiding operation&lt;/span&gt;&lt;/p&gt;
Secure and efficient software implementation of QC-MDPC code-based cryptography

The emergence of quantum computers is pushing an unprecedented transition in the public key cryptography field. Conventional algorithms, mostly represented by elliptic curves and RSA, are vulnerable to attacks using quantum computers and need, therefore, to be replaced. Cryptosystems based on error-correcting codes are considered some of the most promising candidates to replace them for encryption schemes. Among the code families, QC-MDPC codes achieve the smallest key sizes while maintaining the desired security properties. Their performance, however, still needs to be greatly improved to reach a competitive level. In this work, we focus on optimizing the performance of QC-MDPC code-based cryptosystems through improvements concerning both their implementations and algorithms. We first present a new enhanced version of QcBits' key encapsulation mechanism, which is a constant time implementation of the Niederreiter cryptosystem using QC-MDPC codes. In this version, we updated the implementation parameters to meet the 128-bit quantum security level, replaced some of the core algorithms avoiding slower instructions, vectorized the entire code using the AVX 512 instruction set extension and introduced some other minor improvements. Comparing with the current state-of-the-art implementation for QC-MDPC codes, the BIKE implementation, our code performs 1.9 times faster when decrypting messages. We then optimize the performance of QC-MDPC code-based cryptosystems through the insertion of a configurable failure rate in their arithmetic procedures. We present constant time algorithms with a configurable failure rate for multiplication and inversion over binary polynomials, the two most expensive subroutines used in QC-MDPC implementations. Using a failure rate negligible compared to the security level (2^{-128}), our multiplication is 2 times faster than the one used in the NTL library on sparse polynomials and 1.6 times faster than a naive constant-time sparse polynomial multiplication. Our inversion algorithm, based on the inversion algorithm of Wu et al., is 2 times faster than the original and 12 times faster than the inversion algorithm of Itoh and Tsujii using the same modulus polynomial (x^{32749} - 1). By inserting these algorithms in our enhanced version of QcBits, we were able to achieve a speedup of 1.9 on the key generation and up to 1.4 on the decryption time. Comparing with BIKE, our final version of QcBits performs the uniform decryption 2.7 times faster. Moreover, the techniques presented in this work can also be applied to BIKE, opening new possibilities for further Improvements.
EXPLORING GENERIC STRUCTURE POTENTIAL OF SELECTED EDITORIALS IN THE MYANMAR TIMES NEWSPAPER

Systemic Functional Linguists introduced Generic Structural Potential (GSP) that can be used to distinguish different social activities of a text. A variety of researches have been conducted on Generic Structural Potential of the editorials of other countries. However, no research has been conducted about the editorials of Myanmar newspaper. Therefore, The Myanmar Times newspaper, written in English, is chosen to carry out a research. The aim of the research paper is to identify the schematic structural elements of the editorials in The Myanmar Times newspaper. The materials are measured using Generic Structure Potential proposed by Halliday and Hason (1985). The result of the study shows that there are two obligatory elements and five optional elements. Heading (H), and Contributing the Writer’s Opinion (O) are obligatory while Picture (P), Caption(C ), Addressing the issue (AI) , Background Information (BI), and Discussing the issue Raised (D) are optional elements. The sequence of the elements follows the procedure H^ (P)^{ *(BI) *(AI) *(D) }^O.
Collaborative and Fast Decryption Using Fog Computing and A Hidden Access Policy

Nowadays, IOT (Internet Of Things) devices are everywhere and are used in many domains including e-health, smart-cities, vehicular networks,.. etc. Users use IOT devices like smartphones to access and share data anytime and from anywhere.However, the usage of such devices also introduces many security issues, including in data sharing.For this reason, security mechanisms such as ABE (Attribute-Based Encryption) have been introduced in IOT environments to secure data sharing.Nevertheless, Ciphertext-Policy ABE (CP-ABE) is rather resource intensive both in the encryption and the decryption processes.This makes it unadapted for IOT environments where the devices have limited computing resources and low energy.In addition, in CP-ABE, the privacy of the access policy is not assured because it is sent in clear text along with the cipher-text.To overcome these issues, we propose a new approach based on CP-ABE which uses fog devices.The letters collaborate to reduce the bandwidth, and partially delegates data decryption to these fog devices.It also ensures the privacy of the access policy by adding false attributes to the access policy.We also discuss the security properties and the complexity of our approach.We show that our approach ensures the confidentiality of the data and the privacy of the access policy.The complexity is also improved when compared with existing approaches.
Checking Rights

Institutional repository (IR) managers often find themselves providing copyright guidance to faculty who wish to self-archive their published scholarship or to students depositing theses and dissertations. As IR managers may not be copyright experts themselves, making determinations and checking rights can be difficult and time-consuming. This article is intended as a practical guide to describe common types of material that can be placed in an IR as well as potential copyright issues and other considerations for each type. Material types covered include book chapters, journal articles, conference proceedings, student papers, electronic theses and dissertations, research data sets, historical and archival materials, and oral histories. Underlying issues such as copyright ownership, work made for hire, and the legal definition of publication are also discussed. For easier reference, the appendix contains a chart with brief descriptions of issues and resources.
KONFLIK BATIN TOKOH UTAMA DALAM NOVEL KARYA RUWI MEITA TINJAUAN PSIKOLOGI SASTRA DAN RELEVANSINYA SEBAGAI BAHAN AJAR SASTRA INDONESIA DI SMA

&lt;p&gt;&lt;em&gt;The purpose of this study was to describe: the form of ego defense mechanism used by the main character in resolving inner conflicts, character education values, and relevance as literary learning material in high school. This research was carried out with qualitative descriptive method and using literary psychology approach. The results of this study indicate that: 1) the form of inner conflict in the Kaliluna novel: Luka di Salamanca by Ruwi Meita includes the conflict away and the conflict approaching; (2) the form of the ego defense mechanism used by Kaliluna to resolve inner conflicts experienced by the main character in the novel Kaliluna: Luka di Salamanca in the form of sublimation, diversion, aggression, projection, reaction formation, apathy, and fantasy; (3) the values of character education contained in the novel include religious, tolerance, discipline, hard work, creative, independent, curiosity, national spirit, friendly / communicative, fond of reading, social care, and responsibility; (4) Kaliluna : Luka di Salamanca is relevant to teaching materials for learning Indonesian literature in high school because it is in accordance with the principles of good teaching materials and provides many positive values to be realized in daily life &lt;/em&gt;&lt;em&gt;&lt;/em&gt;&lt;/p&gt;
Corrigendum to “Eye-tracking technology in identifying visualizers and verbalizers: Data on eye-movement differences and detection accuracy” [Data in Brief 26 (2019) 104447]

[This corrects the article DOI: 10.1016/j.dib.2019.104447.].
The Security of Accounting Information – a Perception-Based Analysis of the Practitioners from Romania

The associated risks of the technologies currently used in the accounting field, relating to the difficulty of maintain the security of data, are still significant due to the complexity of the systems used which, in addition to the benefits they bring in accounting processes, generate a number of challenges in maintaining the fundamental characteristics of data. To address the current lack of well-trained practitioners for them to be able to reduce these risks, the international professional bodies support the need of developing a sufficient set of skills for accountants, by raising the awareness level of the impact that security incidents may have. At the same time, there is a gap between the skills that students acquire and the requirements of the business environment, an aspect that favors the increase and the impact of cyber-attacks. The purpose of this paper is to investigate the perception of data security of the practitioners in the field of accounting and auditing and the extent to which they believe that the information they receive is sufficient while examining the different types of actions of the professionals that may affect the security of accounting information. The results of the research show that the professionals are aware of the good practices of maintaining the fundamental characteristics of the data and understand the impact of incorrect information management, but a significant part of the study participants believes that does not receive enough information on data security from companies and professional organizations.
Underspecification and interpretive parallelism in Dependent Type Semantics

The scope parallelism in the Geach sentence (Every boy loves, and every girl detests, some saxophonist) and the related parallel interpretation requirement in pronominal binding is a pervasive phenomenon found across different types of coordination and ellipsis phenomena.Previous accounts all resort to additional constraints of some sort that restrict the otherwise flexible syntax-semantics interface to avoid overgeneration.In this paper, we propose a novel approach to this long-standing problem.We show that, by taking a proof-theoretic perspective on natural language semantics and by viewing the ambiguity resolution for pronouns and indefinites as underspecification resolution that invokes extra proof search, a conceptually natural solution emerges for the problem of interpretive parallelism.The analysis is cast in Dependent Type Semantics, with Hybrid Type-Logical Categorial Grammar as the syntax-semantics interface backbone.For empirical illustration, we show how the proposed approach correctly accounts for the classical Geach paradigm and its pronominal variant.