Reviewerly/exHarmony huggingface dataset:
An Overview of Data Dissemination in Wireless Sensor Network Using an Instantly Decodeable Network Coding

Wireless Sensor Networks (WSNs) are networks of small, cheap, independent battery-powered sensor nodes, finds applications in agriculture, health care, intrusion detection, asset tracking, habitat monitoring and in many other fields.&#x0D; It is sometimes necessary to disseminate data via wireless links after the deployment of sensors so as achieve the objectives of sensors configurations parameters adjustment or distribution of commands management and queries to sensors. The present study considered how Shortest Path Minded Sensor Protocols for Information via Negotiation (SPIN)-Recursive (SPMS-Rec), reduces the energy dissipated in the event of failures by requiring intermediate relay nodes to try alternate routes, is suitable for data dissemination. Despite to the power constraints and memory limitations of sensory nodes, ‘Instantly Decodable Network coding’ (IDNC) was considered because of its practicality, relevance and numerous desirable properties such as instant packet recovery, simple XOR-based packet encoding and decoding, and zero buffer memory to store un-decoded packets. The paper concludes with reference and suggestions of possible future research areas.
A Preliminary Study on EFL Students� Grammatical Competence in Descriptive Writing Task

This study aims to identify and examine the ill-formed sentence construction in a descriptive text produced by Indonesian senior high school students, focusing on eight grammatical categories classified by James (1998): prepositions, articles, singular and plural nouns, adjectives, irregular verbs, tenses, concord and possessive case. The study used qualitative research and text analysis to examine five senior high school students descriptive texts. The findings showed that there were seven grammatical categories occurred in the ill-formed sentence construction in the students descriptive texts. Those grammatical categories include prepositions, articles, singular and plural nouns, adjectives, tenses, concord and possessive case. In addition, this study also found that the most frequently occurred ill-formed sentence construction in the descriptive text appeared in the grammatical forms of articles, tenses and concord.Keywords: descriptive text, English as a foreign language, grammar
Enabling Sociability When Using Virtual Reality Applications: A Design Science Research Approach

Immersive virtual reality applications aim at providing an all-encompassing spatial experience where a user can feel like being in another world or dimension.The systems are inherently designed for individual use as the devices disconnect the user from the physical environment.However, the applications are seldom used alone.Specifically, when used for sales and marketing, the user often needs help from other people but also benefits from social interaction as a part of the experience.Design research methodology is applied to three iterative development versions of a virtual-reality application.The focus of the evaluation of the artifacts is in the social use emphasizing three sociability factors: shared knowledge, mutual trust and influence.According to the findings, the users prefer personal social interaction as a part of the experience.Thus, the social aspect should be emphasized in the service design.
Special issue of the Knowledge Representation and Reasoning Track, Symposium on Applied Computing (SAC) 2017

This special issue of Fundamenta Informaticae publishes extended and revised versions of the best papers presented at the 1st edition of the track on Knowledge Representation and Reasoning (
Qualitative Physics in a Metaphysical Perspective

The article deals with the problem concerning the possibility of qualitative physics paradigm development and its close connection with metaphysics. The idea of qualitative physics is based on the principles of Aristotelian physics and is opposed to quantitative modern physics (classical and non-classical). It is stated that the essential difference between the two physical paradigms lies in the ways of describing physical objects. Qualitative physics presuppose the qualitative description of physical objects independent of their quantitative description. In normal nowadays physics, on the contrary, physical objects are regarded to be fully determined through quantitative (numerical and structural-analytical) relationships with other objects. The statements of modern physics are considered reasonable if they can be self-consistently expressed by the apparatus of mathematics. The article shows that this way of describing and explaining physical reality is incomplete. There is ground to assert that the quantitative relations of physical objects do not encompass everything that exists in the relations of physical objects. It is argued that there are qualitative aspects of physical reality that are not defined quantitatively and may become the content of special qualitative physics. The conclusion is made that such qualitative physics in its principles and language must be close to traditional metaphysics and can appear to be an application of metaphysics to the field of physical reality.
METADISCIPLINARITY AS THE RESULT OF TEACHING: HISTORICAL ASPECT

Problem and purpose. The analysis of various approaches of domestic and foreign scientists to the concept of “meta-disciplinarity” during the whole period of pedagogical science existence as well as science on a whole has been carried out in the article. The conclusion has been made about the diversity of approaches to understanding meta-disciplinarity today. In the Federal State Educational Standard of Basic General Education (FSES BGE) one of the main requirements to the results of teaching is their meta-disciplinarity. However, the educational process nowadays is not sufficiently focused on the implementation of meta-subject approach to teaching. The purpose of this article is to identify the historical meanings of metadisciplinarity and to determine the foundations for constructing the teaching process from this point of view. The methodology of the research consists in a comprehensive analysis of normative documents in the sphere of General education, research works by foreign and domestic scientists in the field under consideration, generalization of approaches to the concept of meta-disciplinarity, the analysis of contemporary educational practice within the framework of the problem under consideration. Results. At present there are various approaches to comprehending meta-disciplinarity. The article presents a comparative analysis of various approaches to understanding meta-disciplinarity and concludes that its implementation in teaching requires special organizational – pedagogical conditions. Characteristic features of the present-day educational process which is aimed at implementing meta-disciplinarity as a historically grounded entity are determined in the article. Conclusion. Identification of the historical roots of the meta-disciplinarity concept allows for proving and providing an essential characteristic of the organizational – pedagogical conditions of teaching that are focused on the formation of meta-subject results to be attained by students.
Wireless Big Data for Differential Seclusion Preserving

With the popularity of smart devices and the widespread use of machine learning methods, smart edges have become the mainstream of dealing with wireless big data. When smart edges use machine learning models some models may unintentionally store a small portion of the training data with sensitive records. To solve this privacy issue, in this paper, we proposed and implemented a machine learning strategy for smart edges using differential privacy. Our attention has been focused on privacy protection in training datasets in wireless big data scenario. Privacy protection adds Laplace mechanisms, and designed three different algorithms which satisfied differential privacy. This project introduces a privacy preserving approach that can be applied to decision tree learning, without connected loss of accuracy. Meanwhile, an accurate analysis can be built directly from those unreal data sets. This can be applied directly to the data storage as soon as the first sample is collected. The Relevant Columns Values Swapping approach is compatible with other privacy preserving approaches, such as without cryptography, for extra protection.
Selection Process of Protection Measures for Layered Defense Scheme against EMP Threats

Recently, EMP (Electromagnetic Pulse) bombs, a core weapon system for electronic warfare, have been highlighted.EMP bombs use high-power electromagnetic waves that are intentionally generated by electromagnetic wave generators to stop the operation of the target information communication system or to paralyze its function.In this paper, we propose a process to determine the most appropriate protection measures for the layered defense scheme.This process determines the scope of the system to be protected, performs a risk assessment for the system, identifies the level of protection, and selects a protection measure that can reduce the risk to the protection level.In addition, it divides the protection measures by the defense zone, performs the cost effectiveness analysis, and decides the appropriate protection measures considering the intention of the commander and the utilization and contribution of the system.
Height of Driver’s Eye and Taillight Measurements from a Camera-Based Roadside Setup

This paper presents an approach that can be used to measure height of driver’s eyes and rear position lamps from a video, i.e., two important metrics used to set sight distance standards. This data plays an important role in the definition of geometric design of highways and streets. Our method automatically estimates the camera pose with respect to the road. It then requires selecting two points to obtain the height. New vehicles tend to be higher and larger. Consequently, this information shoud be updated. This approach has been applied on a large panel of vehicles. Our method was evaluated on vehicle height measurements. Our results suggest that our method achieves less than 1.8 cm (0.7 in) mean absolute error. Our experiments show an increase in the height of driver’s eyes and taillights.
SOLVING THE CHINESE PHYSICAL PROBLEM BASED ON DEEP LEARNING AND KNOWLEDGE GRAPH

In recent years, problem solving, automatic proof and human-like test-tasking have become a hot spot of research.This paper focus on the study of solving physical problem in Chinese.Based on the analysis of physical corpus, it is found that the physical problem are made up of ntuples which contain concepts and relations between concepts, and the n-tuples can be expressed in the form of UP-graph (The graph of understanding problem), which is the semantic expression of physical problem.UP-graph is the base of problem solving which is generated by using physical knowledge graph (PKG).However, current knowledge graph is hard to be used in problem solving, because it cannot store methods for solving problem.So this paper presents a model of PKG which contains concepts and relations, in the model, concepts and relations are split into terms and unique IDs, and methods can be easily stored in the PKG as concepts.Based on the PKG, DKP-solving is proposed which is a novel approach for solving physical problem.The approach combines rules, statistical methods and knowledge reasoning effectively by integrating the deep learning and knowledge graph.The experimental results over the data set of real physical text indicate that DKP-solving is effective in physical problem solving.
Serials Clerk to Dean: 20 Years with a Head in the Clouds

I was fortunate to attend the NASIG conference, in my final semester as a library school student, as one of the 1998 student award winners. I was asked to share a bit about my career path from my position then as a serials clerk to my current role as a library dean. In addition to sharing an abbreviated version of that story, I will also describe insights gleaned along the way and some of the most important titles on my leadership bookshelf. I hope these observations are useful to readers considering a leadership role in libraries.
An Efficient Collaborative Recommender System for Textbooks using Silhouette index and K-Means Clustering Technique

A recommender system provides a great platform for filtering of information and various knowledge-based management systems. They provide very good recommendation to the users so that they are able to predict the quality of the product in e-commerce. In today's research, it is very difficult to predict the accurate information regarding online products. In this research, we are going to introduce textbook-based recommender systems which uses the silhouette index and k-means clustering technique to predict the ratings of the textbooks available online based on its previous data. Initial positions of clusters are obtained and classifying the clusters by similarity of users are done by k-means clustering techniques. Our proposed recommender systems are able to predict much improved results rather than the other available state-of-the-art methods. Efficiency and performance of this newly developed recommender systems is enhanced when compared with existing systems. All experiments are done using publicly available BX-Book-Ratings datasets and achieved the MAE of 0.63 which is best among other state-of-the-art recommendation systems.
ARCHIVES, LIBRARIES, GALLERIES AND MUSEUMS – GUARDIANS OF THE CULTURAL AND SCIENTIFIC HERITAGE. UTILIZATION OF THE DIGITAL AND ELECTRONIC SOURCES OF INFORMATION IN EDUCATIONAL PRACTICE

Cultural and scientific heritage, which is stored in archives, libraries, museums and galleries, represents very important source of information in the contemporary digital age.Archives preserve and make accessible their documents for the public.Teachers of history and other subjects can use in the educational process electronic sources of information from archives too.Teacher has to have knowledge of computer technologies, for instance: working with text, presentation skills, creation of tabs and working in simple graphic environment.The internet offers a lot of digital sources, which could be used in the educational practice.Educator applies this knowledge during the lesson or excursion tour in an archives, museum, gallery or library.Scholars and students of the ground and high schools acquire the knowledge about their national.regional or local history.Education and practice with the electronic information sources enrichs teachers and students in their real life with positive values.
Determining Trending Topics in Twitter with a Data-Streaming Method in R

Trending topics in Twitter is a collection of certain topics that are widely discussed by users. This study aims to design a model and strategy for finding trending topics from data streams on Twitter. The research approach was carried out in four stages, namely twitter data collection, preprocessing data, data analysis with sequential K-Means clustering and information processing. Sequential K-Means is used because it can receive input data sequentially and the cluster center can be updated. Testing of the model is carried out in three scenarios where each scenario is distinguished between the amount of data, time and parameter values. After that, evaluation of the results of clustering will be done using the Dunn Index method. Trending topics twitter application were created using the R language and produce output in the form of histograms. There are five topics being the trending topics in New York before the new year. The topic of "Times" relates to the presence of a new year's celebration night concert in Times Square. The "Hours" topic deals with the calculation of time and seconds towards 2017. "Eve" and "Party" topics relate to celebrations and the topic "Resolution" relating to hope and change for New Yorkers in in 2017.
Online Voting Using Block Chain

Digital casting a ballot is the utilization of electronic gadgets, for example, casting a ballot machines or a web program, to cast a ballot.Security of computerized casting a ballot is dependably the greatest concern when considering executing an advanced casting a ballot framework.One way the security issues can be possibly fathomed is through the innovation of block chains.Block chain innovation begins from the fundamental engineering structure of the digital money bitcoin.It is a type of conveyed database where records appear as exchanges, a square is a gathering of these exchanges.
A Domain Ontology for Software Requirements Change Management in Global Software Development Environment

The control of supply chains passes often by identification of various constraints and optimization of the different links and parameters associated to the functioning of the supply chain.To attain these goals, it is vital to get the best knowing and understanding of the supply chain diversity and complexity also to anticipate its behavior, which requires, a pertinent modeling that will offer the necessary information to evaluate the supply chain performance.The present paper focuses on modeling and simulation of a case study of a supply chain using SIMAN ARENA ® Rockwell software, mainly transport and different operations in this chain.The purpose is creating the simulation models and how to use in a case study to diagnose and master the operation and functioning of this supply chain.The objective is creating simulation models to determine the performance of the supply chain by calculating the transportation time in each travel, number of travels, number of transported fertilizers and sulfur wagons and unloaded acid talks and finally the waiting times in train station, in order to optimize this performance indicators.
Compliances of Connectivity and Communication strategies of Wireless Sensor Network (WSN) over IoT

International Journal of Computer Sciences and Engineering (A UGC Approved and indexed with DOI, ICI and Approved, DPI Digital Library) is one of the leading and growing open access, peer-reviewed, monthly, and scientific research journal for scientists, engineers, research scholars, and academicians, which gains a foothold in Asia and opens to the world, aims to publish original, theoretical and practical advances in Computer Science,Information Technology, Engineering (Software, Mechanical, Civil, Electronics & Electrical), and all interdisciplinary streams of Computing Sciences. It intends to disseminate original, scientific, theoretical or applied research in the field of Computer Sciences and allied fields. It provides a platform for publishing results and research with a strong empirical component. It aims to bridge the significant gap between research and practice by promoting the publication of original, novel, industry-relevant research.
Understanding Virtual Embodiment: A Phenomenological Lens

The paper develops a phenomenological perspective on virtual interactions, which focuses on the centrality of the human body for developing meaningful engagements and relationships in virtual settings.From such a stance, the paper problematizes the extant perspectives that are being premised either on the physicality of the human body and thereby faceto-face interactions, or on the negligence of the body and its reduction to digital text in virtual interactions.In contrast, by drawing on the work of Merleau-Ponty, this paper sets a middle ground, which emphasizes the relationship between the phenomenal (lived) body, and the objective (image) body, which also constitutes our engagements with others.The findings of the paper, based on an analysis of an in-depth, longitudinal, exclusively-mediated software development relationship, identify the importance of inter-orienting and inter-presencing practices.These practices show that virtual interactions are qualitatively distinct mode of engagement, which is more-than-linguistic and more-than-task-oriented.This perspective of virtual embodiment is valuable for addressing the research contradictions in the area of virtual interactions, and offering important insights to the recent IS discourse on performativity and ontological inseparability.
“Automated Requirement Management Suite Tool with Traceability and Templates Based on Derived Standards”

Project requirements writing is a very important role in every Software organization, yet relatively little research effort has focused on how to write them.This Project takes note on issues arising in requirements and their traces to other requirements and presents an approach to requirement writing, traceability, team management, and describes agenda to facilitate the use of our project approach.Requirement writing plays very important role in successful and smooth flow project completion.A framework for writing requirements is introduced.A complete tool set, based on this framework, has been prototyped.The components of this system are a requirement suite tool that gathers project requirement information, a grouping tool that groups various requirements, a team tool that stores team members working for a project, and a traceability tool that traces different requirements.
Kemampuan Penalaran Matematis Peserta Didik Melalui Model Pembelajaran Reciprocal Teaching Dengan Berbantuan Alat Peraga “Kartu Pintar” Pada Materi Prisma Dan Limas Kelas VIII SMP Negeri 1 Pandaan Tahun Ajaran 2017/2018

The purpose of this study was to determine whether there is an increase in mathematical reasoning abilities and to describe the mathematical reasoning abilities of students through the Reciprocal Teaching learning model assisted with "smart card" teaching aids on prism and pyramid material class VIII Public Middle School 1 Pandaan 2017/2018 Academic Year. The research method used in this study, which is a mixed method with an experimental mixed method design design, was to wrap a basic mixed method design into a further strategy, namely by adding processes into the experimental procedure. The results showed that based on the results of quantitative data analysis, it was concluded that there was an increase between mathematical reasoning abilities before and after using the Reciprocal Teaching learning model with the help of "smart card" teaching aids on class VIII prism and pyramid material in Pandaan 1 Public Middle School. From some of the data analysis shows that mathematical reasoning ability increases after the application of the Reciprocal Teaching learning model with the help of "smart card" teaching aids.
Scalable Access Limitation for Privacy-Aware Media Sharing

The social networks has made it easier than ever for users to share their text file, document and other media content with anybody from anywhere. It’s easy to access the user-generated media content which brings about the privacy concerns. Traditional access control mechanisms were implemented for a single access policy is made for a specific piece of the content, cannot satisfy the user privacy requirements in large-scale media data sharing systems. Instead, configuring many levels of access privileges for the shared media data content is needed. On one hand, it determines the principle of social networks in information circulation. On the other hand, it accords with the diverse social relationship among social network users. In this paper, we propose the Scalable Media Access Control (SMAC) system to enable such a configuration in a secure and in an efficient manner. The proposed system SMAC system is permitted by the Scalable Cipher Text Policy Attribute-Based Encryption (SCP-ABE) algorithm as well as a comprehensive key management schema. Also we provide formal security proof to prove the security of the proposed SMAC system. Additionally, we conduct the intensive experiments on mobile devices to demonstrate its efficiency.