Reviewerly/exHarmony huggingface dataset:
LESSONS FROM THE QUID-19 EPIDEMIC IN THE EDUCATIONAL PLANNING OF THE FACULTY OF ENGINEERING, FERDOWSI UNIVERSITY OF MASHHAD

E-learning and its gradual influence on the higher education system has been considered by experts for many years In this article, according to the situation in the world due to the prevalence of Covid-19 disease, e-learning and its effects on the educational system of the Faculty of Engineering of Ferdowsi University of Mashhad have been studied It was attempted to study the issue of e-learning and its impact on the education system, considering the conditions created by the epidemic of this disease and the closure of face-to-face training centers in the second semester of the 2019-2020 academic year In this regard, the statistical information of students of different educational levels of the Faculty of Engineering of Ferdowsi University of Mashhad has been used as a sample For this purpose, in the first step, a questionnaire was designed to use the students' opinions and then, using the obtained information, the necessary condition for presenting the courses electronically, in combination or in face-to-face form was determined Given the possibility of converting a significant number of face-to-face classes to electronic or combined classes This has led to the liberalization of some classrooms and will significantly help in improving, modifying and planning educational and research spaces
Penaksiran Kandungan Klorida di Sungai Mahakam Wilayah Samarinda Tahun 2017 dengan Metode Cokriging

Cokriging is the interpolation method of value of an unsampled data by minimizing the variance of the estimation error by utilizing cross correlations between the main variable and the additional variable. This study aims to estimate the chloride content in the Mahakam River in Samarinda by using the cokriging method. The data of this study are spatial data that consists of the main variable data  is chloride content and additional variable data is the pH of the water, as well as the coordinates of the observation location. Semivariogram (matrix covariance) is determined based on the best model, namely theoretical semivariogram. The best theoretical semivariogram model for cross variables is the exponential model, while the best theoretical semivariogram model for the main variable and additional variables are the spherical model. The selected theoretical semivariogram model was used to determine the semivariogram matrix in estimating chloride content in IPA Bantuas and Teluk Lerong. The results of estimation of chloride content in IPA Bantuas and Teluk Lerong are 1.91 mg/l and 1.64 mg/l. Based on the estimated chloride content in IPA Bantuas and in Teluk Lerong, it shows that the chloride content is still below the maximum threshold and meets the water chloride content standard for consumption by the Ministry of Health of the Republic of Indonesia, which is a maximum of 250 mg/l.
Pembuatan Enterprise Architecture untuk Gereja Jemaat Kristus Indonesia Menggunakan TOGAF Framework

Enterprise Architecture can be used to help organizations make business changes according to the organization's vision in the future, in TOGAF there is the TOGAF Architecture Development Method (ADM) which provides a proven and repeatable process for developing architecture. Enterprise Architecture is used to help improve Gereja Jemaat Kristus Indonesia governance for the future. TOGAF ADM there are phases used in this paper are preliminary phase, phase A: Architecture Vision, phase B: Business Architecture, and phase C: Information Systems Architecture. From the analysis of TOGAF phase C: Information System Architectures produces a website for GJKI which is used as the delivery of information to the public, and also used for the purposes of Gereja Jemaat Kristus Indonesia management.
UNDERSTANDING PERCEPTIONS OF KEY BANKING STAKEHOLDERS USING TEXT ANALYSIS

Fraud literature suggests that the perceptions of banking stakeholders play a significant role in identifying the major areas of concern. Given this consideration, the present study qualitatively explores the perceptions and views of the key banking stakeholders namely, management, auditors and customers who have personally investigated or closely observed a fraud using Text Analysis conducted through QSRNvivo12 software. The analysis of thirty interviews helps condense some of the interesting and in depth viewpoints on banking frauds. The broad areas concerning fraud vulnerability, accountability, impact and prevention of fraud are central to the articulations of the respondents’ views. The results are likely to help capture significant areas of direct concern and improve proactive preparations related to frauds, both from an organizational and regulatory perspective.
Pedagogical Counseling as a Professional Activity of Specialists in the Field of Education

The article reveals the essence of pedagogical counselling as a sphere of professional activity of specialists in the field of education. Specific features of pedagogical counselling that distinguish it from other types of counselling are defined and characterized. The main directions of professional activity of educational consultants are considered. Requirements for professional counsellors in the field of education are outlined.
K-means Clustering in R Libraries {cluster} and {factoextra} for Grouping Oceanographic Data

Cluster analysis by k-means algorithm by R programming applied for the geological data analysis is the scope of the presented paper. The research object is the Mariana Trench, a hadal trench located in west Pacific Ocean. The study evaluates the similarity of the geological data by the analysis of their attributes. The original observation data set contained samples varying in parameters: geology (sediment thickness), tectonics (locations on the tectonic plates), volcanism (igneous volcanic areas), bathymetry (depth ranges) and geomorphology (slope steepness and aspect). The data pool was divided to the clusters using k-means algorithm with aim to detect similarities. Clustering was chosen as a main statistical method, since it enables detecting similar groups within the original data set by unsupervised classification. Technically, the research was performed using R language and its statistical libraries. The main R libraries include {cluster}, {factoextra}; minor libraries include {ggplot2}, {FactoMiner}, {openxlsx}, {carData}, {rio}, {car} and {flashClust}. Several clusters were tested from two to seven, the opti- mal number is defined as five. The results show visualized computations: correlation matrix of the factors; comparison of the bi-factors showing pairwise correlation; pairwise comparative analysis showing influence of the variables as bi-factors: sediment thickness correlating with slope angles; correlation of the volcanic igneous areas with slope angles and aspect degree. Four variables affect geomorphology: slope angle, sediment thickness, aspect degree, bathymetry and volcanism. The paper includes listings of R programming codes for repeatability of the algorithms in similar research.
Private Classes (TRIO) Children 3

Private Classes (TRIO) Children 3+ 3 students Study 1-on-1 lessons with certified and experienced teachers. Our classes are designed to give kids the chance to focus on vocabulary, pronunciation, and consistently practice speaking in Italian. Any Level, Anytime & Anywhere. Now Online!
Application of Text Mining to Visualize the Fluctuation of Food Commodity Prices (Case Study Twitter, Liputan6, Detik))

The fluctuation of food commodity prices will be worsened as the after effect of the global warming. Nowadays, to collect food commodity price, we could search the unstructured data on the online news sites or social media sites which still going to take a lot of time to manually process. This research aim to build a desktop application which will implement text mining technique and jaro-winkler algorithm to process the data received from the source and visualized it on line diagram. Based on the accuracy testing result, the application recieved 75% accuracy
Efficient signature verification and key revocation using identity based cryptography

Cryptography deals with the development and evaluation of procedures for securing digital information. It is essential whenever multiple entities want to communicate safely. One task of cryptography concerns digital signatures and the verification of a signer’s legitimacy requires trustworthy authentication and authorization. This is achieved by deploying cryptographic keys. When dynamic membership behavior and identity theft come into play, revocation of keys has to be addressed. Additionally, in use cases with limited networking, computational, or storage resources, efficiency is a key requirement for any solution.In this work we present a solution for signature verification and key revocation in constraned environments, e.g., in the Internet of Things (IoT). Where other mechanisms generate expensive overheads, we achieve revocation through a single multicast message without significant computational or storage overhead. Exploiting Identity Based Cryptography (IBC) complements the approach with efficient creation and verification of signatures.Our solution offers a framework for transforming a suitable signature scheme to a so-called Key Updatable Signature Scheme (KUSS) in three steps. Each step defines mathematical conditions for transformation and precise security notions. Thereby, the framework allows a novel combination of efficient Identity Based Signature (IBS) schemes with revocation mechanisms originally designed for confidentiality in group communications.Practical applicability of our framework is demonstrated by transforming four well-established IBS schemes based on Elliptic Curve Cryptography (ECC). The security of the resulting group Identity Based Signature (gIBS) schemes is carefully analyzed with techniques of Provable Security.We design and implement a testbed for evaluating these kind of cryptographic schemes on different computing- and networking hardware, typical for constrained environments. Measurements on this testbed provide evidence that the transformations are practicable and efficient. The revocation complexity in turn is significantly reduced compared to existing solutions. Some of our new schemes even outperform the signing process of the widely used Elliptic Curve Digital Signature Algorithm (ECDSA).The presented transformations allow future application on schemes beyond IBS or ECC. This includes use cases dealing with Post-Quantum Cryptography, where the revocation efficiency is similarly relevant. Our work provides the basis for such solutions currently under investigation.
Mobile Librarianship: An Initiative of New Normal

Coronavirus has a clear negative impact on academic and research activities. Issues created by such pandemic e.g. loss of communication; shut down of school, college and universities; disruption of the formal learning process etc provoke us for the transformation of the learning process from conventional to digital. The primary requirement of this transformation is the availability of a sophisticated, affordable and multitasking tool for providing library services. It is now challenging for the libraries to satisfy their user needs and time to rethink and remodel their services by adopting technological changes. Today mobile phones are becoming an integral part of everyday life and are changing the way one connects and interacts with the world. This paper presents an outline of the concept and the application of developments in mobile telecommunication systems, web technologies to provide ubiquitous, user-friendly, personalized and dynamic up to date information services to the users of a library. Also, further studies are expanded to provide insight into the benefits and challenges against the implementation of mobile technologies to support this ‘new normal’ in the libraries. The practical and theoretical implications of the results have been explored.
Improved PSO resource allocation method in cloud environment

In cloud computing, the resource allocation of cloud platform faces not only single node resource request, but also complex multi-node resource request. Especially for users who need to run parallel or distributed tasks, there are very strict delay and bandwidth requirements for communication between nodes in cloud cluster. Existing cloud platforms often allocate resources one by one virtual machine, ignoring or making it difficult to guarantee the link resources between nodes, that is to say, there is a problem of multi resource allocation in cloud clusters. Therefore, this paper proposes a new cloud resource description method, and improves the allocation method of particle swarm cloud resource. The simulation results show that the proposed method can effectively allocate cloud resources, improve the average revenue and resource utilization of cloud resources, reduce the resource cost by at least 10% compared with the traditional methods, and have shorter task execution time (within 30ms).
Groping through a Grim Spring: Teaching and Learning during a Pandemic.

This autoethnographic essay discusses the author's experiences and reflections on teaching and learning in a college town in the southern US in Spring 2020. What happens to faculty and students and the work of teaching and learning during an unprecedented event such as a pandemic? How do we work alongside the disruptions of everyday routines and suddenly navigate massive social change? The author describes some of the issues that a teacher and her students navigated personally and professionally during a semester of crisis precipitated by a global pandemic.
Homotopy Groups and CW Complexes

This chapter discusses some results about homotopy groups and CW complexes. Throughout this book, one needs to assume a certain amount of algebraic topology. A CW complex is a topological space built up from a discrete set of points by successively attaching cells one dimension at a time. The name CW complex refers to the two properties satisfied by a CW complex: closure-finiteness and weak topology. With continuous maps as morphisms, the CW complexes form a category. It turns out that this is the most appropriate category in which to do homotopy theory. The chapter also looks at fiber bundles.
The Global Village in our Living Room: Our Pandemic Journeys with Media and Knowledge

The social distancing experience has been challenging for everybody around the globe during the COVID-19 pandemic. This paper explores new ways we have been facing this unpredictable situation and interacting with each other through the media. It is an experience report about how we are communicating, working and carrying out domestic routines, with a focus on media and knowledge issues. We conducted qualitative fieldwork research, applying three design thinking tools: the persona, the empathy map, and the user journey map. The participants were graduate students, postdoctoral researchers, and professors of the Knowledge Engineering and Management Graduate Program of the Federal University of Santa Catarina in Florianopolis, Brazil. Results indicate the Global Village is now our living rooms. Also, media have become extensions of our bodies and senses in activities we had never thought we would be doing by ourselves inside our homes. Thus, the application of design thinking tools allowed us to better understand and discuss the complex and unprecedented pandemic journeys we are experiencing.
Expert System Testing To Recommend Diabetes Mellitus Using Web-Based Certainty Factor Method: Expert System Testing To Recommend Diabetes Mellitus Using Web-Based Certainty Factor Method

Diabetes mellitus is a chronic autonim disease caused by interruption of blood sugar regulation, or commonly referred to as diabetes or diabetes. If the disease is not treated with proper care, it can cause dangerous complications, can even threaten the lives of sufferers. Implementation of expert system for diagnosing diabetes mellitus using a web-based certainty factor aims to explore the symptoms displayed in the form of questions - questions that can diagnose different types of diabetes mellitus. Results from this study is a web-based expert system that can detect whether a person's disease or diabetes mellitus. Based on the manual calculation, showed the highest value of 0.
웹 기반 한국어교육 연구의 동향과 전망

The purpose of this study is to examine the trends of web-based research in the field of Korean language education in order to suggest the direction of future research. This study analyzed 282 web-based Korean education studies based on three criteria: research general, research subject, and research topic. First of all, in ‘research general’, web-based Korean education research has grown quantitatively and qualitatively since the late 90s. In particular, as of 2010, when the use of smart devices became common, web-based Korean education research showed marked increase. Next, in ‘research subjects’, there were an overwhelmingly large number of studies for general purpose learners and all levels. Lastly, in ‘research topics’, the ‘teaching-learning method’ of research using the web was most frequently conducted. Also, in the teaching-learning tool, studies regarding MALL were rapidly increasing. Through this analysis, this study suggested the direction of future research as follows. First, future research should be able to verify their educational effectiveness. Second, in order to verify them, commercialization is needed through collaboration with educational engineering, computer engineering, and AI-related businesses. Third, research is required based on various learning purposes, needs, and variables of Korean learners. Fourth, it is necessary to study ways to increase the learning motivation of self-learning users. Fifth, there is a need for research on ways to activate the interaction between teachers and learners on the web. Sixth, it is necessary to study application development that fully reflects the specificity and advantages of MALL. (Korea University, The Cyber University of Korea, Korea University)
Exploring The Role of ICT Readiness and Information Sharing On Supply Chain Performance in Coronavirus Disruptions

— Supply chain management is an important and integral part of supporting the company's businesscontinuity. Coronavirus disruption presents new challenges for the industry especially logistics,pharmaceuticals and food & beverage to continue to contribute to the availability of medical and food inIndonesia. The purpose of this research is to improve the performance of supply chains in logistics,pharmaceuticals and food & beverage industries in Indonesia in the middle of the pandemic coronavirus. ICTreadiness and information sharing are two variables that are thought to have a positive and significantcontribution on supply chain performance. The survey was conducted on 80 practitioner respondents whoworking in the supply chain channel, the survey period was in March 2020, when the government of theRepublic of Indonesia had released an appeal to work from home, learn from home and worship at home inresponse to a pandemic coronavirus. The results of this study concluded that there is a positive and significanteffect of ICT readiness on supply chain performance with an estimated coefficient of 0.47. Informationsharing has positive and significant effect in increasing supply chain performance with an estimatedcoefficient of 0.32. The influence of the two independent variables on the dependent variable simultaneouslyis 0.692.Keywords: ICT readiness, information sharing, supply chain performance, coronavirus, Indonesia
Focusing Patent Litigation

Patent litigation is often called the “sport of kings.” While that phrase may not be appropriate for all patent disputes, it is an apt description of the high-stakes cases. Attorneys in these lawsuits tend to zealously advocate for their respective sides by asserting every argument that they can legitimately raise. Patentees often assert an excessive number of patent claims and even pile on unnecessary patents. Some of these claims may be well-founded. But so long as they can make a colorable infringement argument, patentees typically include many weaker claims too. Likewise, patent defendants respond with burdensome and duplicative invalidity defenses. The accused infringers may also have sound invalidity defenses based on strong prior art. But typical defendants will assert mountains of far weaker prior art at the same time. Like the patentees, the only limiting principle is whether the defendant can make a colorable argument that is not sanctionable.Naturally, these cases present a challenge to our already burdened court system. In his address for the 2018 Supreme Court IP review, Judge William Alsup described one technique, the “showdown” procedure; he has used to address these problems and force patent litigants to focus on the core issues of their dispute. This essay analyzes the showdown procedure and other similar procedures that were used in one of the most complex set of patent cases in history, In Re Katz Interactive Call Processing Patent Litigation. The common thread to these different approaches is that they do not just rely on sanctions. Instead, they are all designed to incentivize the parties to focus on the core issues in dispute and do away with their weaker arguments. Hopefully, this essay will help other courts narrow the issues in the complex patent cases on their docket.
An Asymmetric Virtual Reality Tool for Town Development

Residents living in small towns that are a part of a bigger municipality may sometimes feel overlooked as they sense that they have lesser influence. Smaller towns may not have the resources or consider the need for integrating technology with the town, thus possibly making it harder for the residents to stay updated and be in contact with the town. By focusing on the residents' needs, a digitalised platform with desired features was developed. The digitalised platform was, besides serving as a tool to increase the sense of influence among the residents, extended with virtual reality to explore the usefulness of an asymmetric collaborative environment in a town development tool. Ultimately, the platform consisted of a touchscreen with virtual reality integrated into the platform. The structure and the development of the thesis was a result of a user-centred design process. The project was divided into 3 major phases, starting with the conceptual phase to identify the users' needs. Then, the prototyping phase, where the users' needs were transformed into Lo-fi prototypes, and ultimately a Hi-fi prototype. Lastly, the Hi-fi prototype was tested by users in the evaluating phase to identify usability errors and to gather user data as regards to the purpose and goal of the thesis.The purpose of the thesis was to identify if asymmetric collaborative interactions between VR and a touchscreen could be used as a tool for professional use, and the usefulness of such a system. The data obtained from the research showed that asymmetric collaboration between VR and a touch screen is only a moderately useful concept, as the usability was not obvious in a city planning platform. However, the concept was well-received by the users. Given a platform that is developed solely for an asymmetric collaborative environment, the potential would increase tremendously.