Reviewerly/exHarmony huggingface dataset:
Man-made crystals

As a self-proclaimed alchemical jeweller Sofie Boons will trace her practice and obsession with scents, substances and science followed by an insight into her current PhD investigation into the design implications, possibilities, and limits of utilising man-made crystals in the development of jewellery. Man-made crystals are driving innovations in a variety of sectors, and enable our technologically advanced lives. Yet, in the industry for which they were originally produced, their position is tenuous and little innovation in their development beyond imitating or simulating natural stones has taken place. With their value largely dependent on a social construct and their use in some circles still frowned upon, Sofie will aim to shed light on their development, the debates around the terminology used to describe them and the context man-made gemstones have been and are currently appraised in. Additionally, in a future where sustainability and unique designs are highly valued characteristics, the methodology of growing crystals is being investigated for the creative opportunities it could provide jewellers.
Mind the gap: the cloud security skills shortage

You don't need to know much about security to know that security skills are in short supply. Demand for cyber security expertise is exploding as cyberthreats become increasingly advanced, persistent and adept at evading detection.
Neuro-fuzzy data mining system for identifying e-commerce related threats / Saibu Aliyu Haruna, Akinyede Raphael Olufemi and Boyinbode Olutayo Kehinde

E-commerce is driven via Information Technology (IT), especially the web, and it mostly relies upon on innovative technologies that are facilitated by Electronic Data Interchange (EDI) and Electronic Payment over the web. Several researches have shown that e-commerce platforms are compromised by means of phishing and fraud attacks. This has necessitated the importance of trying to find innovative methodologies for protecting e-commerce systems and users from the said threats. This research integrates Case Based Reasoning Module (CBRM) and Adaptive Neuro-Fuzzy Inference System (ANFIS) to spot and categorise e-commerce websites transactions as legitimate or illegitimate by analysing and evaluating some attributes. This may provide an invulnerable platform for e-commerce users. The system which was implemented on MATLAB can be deployed on e-commerce systems and servers to watch e-commerce requests with the aim to identify legitimate and illegitimate websites and transactions. The result of the implementation indicates that the developed system is promising.
ERROR ANALYSIS OF THE ERRORS IN WRITTEN ENGLISH MADE BY THE ENGINEERING STUDENTS

The English language is considered a language of technology, science, and business, it is highly recommended for students' community, especially for the students in the professional education sector and business courses. This article tries to bring awareness to the errors committed by the students community when writing in English. The usage of the English language is wide especially in the field of media and literature. Ideas can reach a wider audience or the readers through the English language. Learners of any language should master these four skills in order to gain proficiency. This article tries to create awareness regarding the importance of correct usage of language.
Use of Virtual Reality and Digital Technologies for Studying Folklore in Ukraine’s Educational Institutions

This article describes the phenomenon of using virtual reality for educational purposes using the synergy of folkloristics and digital technologies as an example. It is not difficult to agree with the opinion that virtual reality today is an ideal learning environment. The concept of using virtual reality technologies for education and science is fully implemented in the virtual reality software and hardware complex for education - VE 3D ieCenter. With the help of this hardware complex, it becomes possible to use virtual reality for studying folklore by pupils or students. The expediency of using the 3D Internet as a means of increasing the interactivity of the educational process is argued. The desire to break beyond the two-dimensional presentation of information has led to the creation of dynamic virtual technologies. Today, new perspectives in the form of 3D information on the Internet are available for teachers in educational and information technologies. Using virtual and augmented reality technologies, students of secondary and higher educational institutions will be able to interact with objects in virtual space or participate in important historical events. Virtual and augmented reality technologies should be applied in the field of education, primarily because the educational system must adapt to complicating processes, models, and theories and students need to operate with a lot of information and new ways of presenting it.As an example of the use of virtual reality during practical classes on the study of folklore, the article described the structure of an interactive quest and a seminar
Between Transparency and Intrusion in Smart Machines

This is the English version of paper to be published in French as 'Entre la transparence et l’intrusion des machines intelligentes' (translation from English to French by Tyler Reigeluth) Output Status: Forthcoming
The Research on the Evaluation of E-Learning Effect

NOTICE OF RETRACTION: While investigating potential publication-related misconduct in connection with the ICIMTech 2021 Conference Proceedings, serious concerns were raised that cast doubt on the integrity of the peer-review process and all papers published in the Proceedings of this Conference. The integrity of the entire Conference has been called into question. As a result, of its investigation, ACM has decided to retract the Entire Conference Proceedings and all related papers from the ACM Digital Library.
Fatigue crack propagation experiment using additive manufactured specimen and crack propagation analysis

Metal additive manufacturing has many possibilities in various fields. However, a metallic structure produced by an additive manufacturing technique may have anisotropy that is caused during the manufacturing processes. Fatigue is well known cause of failure of engineering structure. If we applied the additive manufacturing technique to produce aerospace and automotive structures/parts, we must consider their fatigue lives. In this research, fatigue crack propagation experiments using a beach mark method were carried out on specimens that were produced by the additive manufacturing technique (Figure 1). After these tests, a crack propagation law was identified from beach marks on the fracture surfaces. However, the identified crack propagation law was found to have an anisotropy. Then, crack propagation analyses were performed based on the software system that was developed by Okada and his colleagues [1,2]. In the software system, only the quadratic tetrahedral element is used, enabling the use of an automatic mesh generation program. In present study, the stress intensity factor was computed by a J-integral method (see for the J-integral [3]). Since only the tetrahedral elements are used in present study, a domain integral method which is specialized for the tetrahedral element that was proposed by Okada and Ohata [4] was adopted. The results of the experiment and the numerical analyses (Figure 2) are presented at the conference.
LibGuides: Research Help: 5. Plan it!

Use this guide to help you learn about research and perform research yourself for both academic and leisurely activities.
Research and practice of image technology based on artificial intelligence (GAN)

This paper analyzes the relevant contents of artificial intelligence (GAN), and combines the specific applications of GAN-based image technology in image repair processing, image expansion processing, image conversion processing, intelligent image analysis and content display immersion. Through research and application of deep learning technology, creative content, enrich the visual content, network optimization processing, development of intelligent technology and equipment, technology innovation and technology application, and its aim is to give full play to the artificial intelligence application video technology under the background of development advantages, promote the healthy development of industry economy.
HOW CAN WE ANALYSE EMOTIONS ON TWITTER DURING AN EPIDEMIC SITUATION? A FEATURES ENGINEERING APPROACH TO EVALUATE PEOPLE’S EMOTIONS DURING THE COVID-19 PANDEMIC.

The Coronavirus (COVID 19) pandemic has changed the way we live. Today, we live in a revolution in which the way we communicate and interact with others has forever changed. The interpretation of the COVID-19 awareness crisis and the assessment of public feelings expressed via social media under COVID-19 has become a critical task. In this research paper, using Coronavirus related Tweets, we classify public emotions associated with the pandemic. We may get an idea of how a person feels about this pandemic by examining the feelings of these tweets. For that, we give a methodological overview, the first of which concerns the approach to machine learning using traditional feature extraction with a 64% low classification accuracy, the second approach uses feature engineering to boost accuracy. Detecting emotion during an epidemic situation is an emerging research area generating interest, but which presents particular challenges due to the limited amount of resources available. In this article, we propose an emotion detection model that uses machine learning algorithms, especially feature engineering to classify the content of a tweet as joy, fear, anger or sadness. We first try to apply machine learning algorithms using traditional feature extraction and then we try to propose a feature engineering approach in order to boost and construct higheraccuracy. Our system's primary goal is to figure out how the pandemic has changed people's actions and interpret the emotions expressed through Twitter from the beginning of the pandemic.
Quantum optics in strongly-driven many-body systems

We develop the quantum theory of collective light emission in strongly-driven many-body systems. We show how quantum correlations of the emitters can be transferred to the emitted light, leading to generation of non-classical many-photon states.
THE ROLE OF VIGILANTE SECURITY GROUPS IN CRIME PREVENTION AND CONTROL IN YAGBA EAST, KOGI WEST, NIGERIA

Armed robbery, kidnapping, Banditry and other violent crimes had assumed a disturbing dimension over the years in most parts of Nigerian society particularly in Yagba East LGA.,of Kogi West. The Nigeria Security agencies like Police and others have also declared War against Crime several times but to no avail. This study examine the role of Vigilante Security Groups in crime prevention and control in Yagba East local government, the cross sectional survey design was adopted in the study. A total of 186 respondents, aged 18 years and above were chosen for the study. Quantitative and Qualitative methods were used in data collection. Descriptive statistics such as frequency, percentage were used to analyze data. Findings of the study indicate that the current level of crime reduced due to the intervention of Vigilante Security Group.  Results further shows that poverty, unemployment, inequality, hopelessness are the factors responsible for the high levels of crime rate. The study recommends among others that crime and criminal activities should be effectively tackled through the cooperation and collaboration of vigilante security service groups and the Nigeria Police.
Efficient Extraction of Motion Vectors from H264 Video Streams

Many modern applications use video analysis, and in particular motion analysis, to achieve different purposes, from motion recognition to motion prediction. In this regard, a common interest is to speed up the extraction of this type of data, in the form of motion vectors, from the most commonly used video standard: the H264 Standard. The typical H264 decoders, in particular FFmpeg, decode the entire video to extract the motion vectors - a process that is highly expensive in terms of timings. For this reason, the thesis studies the possibility of building an enlightened version of a decoder composed only of the necessary parts for motion extraction (mainly entropy decoding). The first part of the thesis analyzes this possibility by simplifying the available FFmpeg decoder without optimizing its performance, while the second part deals with the construction of an extractor, following the ITU-T H264 Standard, and the management of motion vectors. The final extractor performs better than the entire decoder, reaching the expectations of an improvement that performs 29% better with the CAVLC and 20% with CABAC entropy coding. Also, as a side effect, the memory usage is largely improved, since the data for the entire frame is not needed anymore. Here, the improvement is even bigger (91% for CAVLC and 78% for CABAC), making this algorithm perfect for simple or embedded systems.
RETRACTED: Innovation of College Physical Education Teaching Mode Based on Computer Multimedia

Abstract With the continuous maturity and iteration of multimedia tech, computer multimedia tech has been widely used in college physical education. However, there are still many problems and deficiencies in the current utilization mode, such as teachers’ information literacy demand to be improved, resulting in their lack of multimedia utilization ability and utilization thinking. Based on this, this paper first analyzes the current situation of the expansion of college physical education teaching mode, then studies the advantages of computer multimedia tech in college physical education teaching, and finally gives the innovative design of computer multimedia university physical education teaching mode.
Library Guides: Creating a LibGuide: Content Boxes

This guide will help you design an accessible, user-friendly LibGuide. Provides examples of the types of content boxes that can be used in LibGuides.
Synergetic approach to the process of self-organization in modern education in distance learning

In the realities of today, when all educational institutions of higher education are switching to a distance education system, it is necessary to find the main pedagogical motivational incentives for students. For a full scientific understanding of modern educational challenges, new, non-standard pedagogical approaches are required, which will help to open up wide opportunities for modeling innovative educational processes in the context of distance learning using new approaches, in particular synergetic, which has traditionally been applied to exact and natural Sciences and is a new self-organizing system.
Amazon, Microsoft $10B cloud contract race prompts GOP lawmaker to call on Pentagon to 'start over'

Potential conflicts of interest between frontrunner Amazon and the Department of Defense have raised many questions.
A modification of Shamir's Three-Pass protocol by implementing one-time pad algorithm / Nur Khairunnisa' Kusman, Nurul Hanis Abd Rashid and An Nur Ameera Zamani

Shamir's three-pass protocol is one of the methods that grants one party to send a message to another party without exchange any keys in the encryption and decryption process. However, the security in Shamir's three-pass protocol provided is insufficient due to the advanced technology. In order to improve security, a proper algorithm should be implemented in the three-pass protocol by adding phases at starting and ending of the process. Hence, the unbreakable one-time pad is proposed to implement in Shamir's three-pass protocol. The objectives of this study are to modified Shamir's three-pass protocol by implementing one¬ time pad protocol and to develop Graphical User Interface (GUI) by using Maple software. As a result, this study success to develop the algorithm by implemented one-time pad in Shamir's three-pass protocol. This can be proved when the result in the algebraic calculation is the same as the result in Maple which is the message get by the receiver is exactly same as the sender.
Pelatihan Penerapan Sistem Informasi Pendataan Obat Pada Praktek Mandiri Bidan Supiani

The drug data collection information system is an application used in medical services, where with the use of a drug data collection system, drug data will be stored and arranged neatly for a long time, then with the use of this system it reduces file storage costs and minimizes file storage space. Prior to the use of this drug data collection system, the midwife supiani clinic was given to record drugs by recording on a patient biographical paper in which the patient's history of treatment and type of illness will be stored on the paper. The manual system causes complications in the services provided to patients, because patients will wait very long because the administration will search and unload data if the patient has visited or been treated, if it is the first time you want to seek treatment, the administration must look for serial numbers and record names. patient data and patient biodata, causing quite a long time in the administration process. With the drug data collection information system provided at the general practice of midwives, it is very helpful in terms of data recording, file storage and so that services for patients become faster and more efficient. One more thing, the general practitioner midwife supiani can recapitulate in one day any drugs that are reduced. This is a very large contribution to the general practice of midwives so that they can improve patient treatment services. The results of the evaluation after being given training increased after being given training and assistance in training on the use of the drug data collection information system developed by the Team, which was 88.75%. These results indicate that the increase in knowledge and skills of activity participants after participating in a series of activities is in the Very Good category.
Algoritmos e segurança pública: controle e vigilância no policiamento baseado em dados

This text addresses the new standards adopted by public security, especially with regard to the use of new data processing technologies (machine learning and algorithms). Thus, the article aims to understand the expansion in the use of data in policing, in order to address the application strategies, the context in which public security is placed today and the problems concerning Big Data technologies and the origin of the data to be used, in the context of the police–criminal system. Technological advances may not necessarily mean an increase in the quality of police work. On the contrary, we may face an update of preventive / repressive instruments, based on the exploitation of intimacies through the massive use of personal data.
Identification Of Credit Card Frau Detection Using Decision Tree And Random Forest Algorithm

Credit Card Fraud is one of the major ethical issues faced in day to day life.It’s one among the foremost common frauds nowadays. The credit card fraud mayhappen in any of the following ways such as card stolen; card number is overseen bythe other person and Fake phone calls convincing the person to disclose their carddetails. The main aim of the technique used here is to detect the Fraud from thelegitimate transactions. Data mining techniques are helpful in detecting the frauds orthe fraudulent activities. The most enhanced technique used here are Decision tree andRandom Forest algorithm to detect the fraudulent behavior.
Design And Fabrication Of Arduino Controlled Cnc Foam Cutting Machine

The Foam Cutting Machine Utilized In To Develop Prototypes For Clear VisionIn Their Model This Improvement Is Executed Through CAD/CAM Software, So It WillIncrease The Demand For Personalization Has Made The Rapid Prototyping CompaniesDevelop In Recent Decades. Rapid Prototyping Technology Is Persevering With To EnhanceIn Speed And Accuracy, The Cap Potential To Deliver > 1 M. The Foam CuttingProcess Uses Experimental Cutting Trials And Finite Element Analysis. The Cutting PressureSpeed, Wire Temperature And Kerf Width Were Measured. This Study Is ExecutedTo Discover The Distinction And Reliance Of Cutting Boundaries. Foam Cutting, RapidPrototyping And Production Machines Are Quite Used Because Of Their Excessive Velocity,Massive Operating Volumes And Low Price In Preliminary Investment. The EffectsOf This Study Resource To Enhance The Recent Twine Foam Reduction Through FixingThe Constraints And Disadvantages To Choosing High-Quality Reducing Parameters OfThe Computer Numerically Controlled Gadget. The Essential Matters For The AerodynamicStudies For Cutting Foam For Some Mm Thickness. Research Is Suggested By SelectingThe Cutting Parameter Function Curves Of Various Foam Types.
Slimme-Bag / Norasling Mohamad

Technology today has made a much more direct impact to the end user. Funtechno is the name that has been given to our company. Funtechno Sdn. Bhd. is a company which has potential to be position as one a successful technology business throughout our creative innovation. Therefore, we take this opportunity through come up with Slimme-Bag as a daily backpack basically. In our new product development, our Slimme-Bag was classified in the improvements on existing products. Product improvement is the process of making meaningful product changes that result in new customers or increased benefits realized by existing customers. The two most popular ways to make product improvements are to add new features or improve existing ones. In our product which is Slimme-Bag we make some changes and improvement by adding some innovations in our product. We combine the safety measure features in one backpack. The safety measure features are sensor, GPS, safety number padlock, and also smart zip. Our company will acts as creator and the supplier of this product. This company is subdivided into 4 department which are administration, operation, marketing, and financial department. Due to that, Funtechno Sdn. Bhd. is requiring workforce on technician to ensure those work run smoothly without excessive overhead. This additional workforces are composing of general worker where they will help the operation managers with particular works such as service and maintenance. We also hired a temporary engineer to give advice and designing the product during the planning stage.
Build a Quality Website

The first step to a quality website is to plan design, layout, and content with an understanding of audiences’ information needs. User-friendly design principles are also important to a website’s effectiveness. Web writing needs to be more concise than other types of writing, taking into account the reading practices of visitors to websites. Including a broad range of content makes the site a go-to resource and increases visibility. Usability testing once a site is developed also offers important insights that can guide improvements. Keeping a site fresh with new content and marketing the site also enhance its value.