Reviewerly/exHarmony huggingface dataset:
Optical convolutional neural network accelerator for machine learning

Here we report on a prototype optical convolutional neural network accelerator capable of processing large amounts of information, on the order of petabytes, per second. Unlike the current paradigm in electronic machine learning hardware that processes information sequentially, this processor uses the Fourier optics, a concept of frequency filtering which allows for performing the required convolutions of the neural network as much simpler element-wise multiplications using the digital mirror technology. To achieve a breakthrough in this optical machine learning system, we replace spatial light modulators with digital mirror-based technology, thus developing a system over 100 times faster. This innovation, which harnesses the massive parallelism of light, heralds a new era of optical signal processing for machine learning with numerous applications, including in self-driving cars, 5G networks, data-centers, biomedical diagnostics, data-security and more.
MEMBERIKAN PELATIHAN MICROSOFT OFFICE POWERPOINT MELALUI APLIKASI ZOOM DITENGAH PANDEMI COVID-19 BAGI SISWA MADRASAH TSANAWIYAH

The shift of conventional learning systems to online systems is very, very sudden, there has been no thorough preparation. But everything must be carried out so that the learning process continues to run smoothly and all students actively participate in learning even in the Covid-19 pandemic situation. Microsoft Office PowerPoint or PowerPoint is a computer program that is used for presentations, this application was developed by Microsoft in a package of office applications, namely Microsoft Office, in addition to Microsoft Word, Excel, Access and several other programs. PowerPoint runs on Microsoft Windows and Apple Macintosh for Apple Mac OS users, although initially this application runs on the Xenix operating system. PowerPoint has been widely used, especially in offices and business people, teachers, students, and trainers. His version continues to grow from the 2003 version of the Microsoft Office System, Microsoft changed the name from Microsoft PowerPoint alone to Microsoft Office PowerPoint. Then, in Office 2013, the name is simply abbreviated as PowerPoint and it continues to develop PowerPoint is version 15 and so on until now
Research Guides: Profiles in Teaching and Learning with Student Media Projects: Home

This online gallery highlights a diversity of student created projects that Library Media Services has supported over the years. More in-depth description of each project can be found on secondary pages.
Exposition of Music

Nam June Paik's first solo exhibition in 1963 titled "Exposition of Music - Electronic Television" marked the beginning of his career, and he is often referred to as the father of video art. In this project, we attempted to virtually recreate some of his exhibits and exhibition spaces that are currently unavailable to elucidate their meaning. Among the exhibits, the three most interactive and meaningful works, namely Prepared Pianos (4 units), Electronic Television (13 units), and Random Access, were recreated in virtual reality (VR) space. To compensate for the limitations imposed by simple interactions between existing VR exhibitions of art works, this project was developed with the utmost focus on preserving the artistic value of the original work while maximizing the exhibition space reproduced in VR as well as audience immersion in the work.
Multi-level security model for privacy preserving in the cloud workflow scheduling

The traditional security provisioning is concentrating on the authentication of all the data that are critical or no critical results in the increase in computational time and cost. Further, the methods of security provisioning focusing on the sensitive data alone, evinced minimisation of the computational cost and time, but were liable to the unauthorised attacks, as the single level of security was not enough due to the evolving counter technologies. So the paper proffers the single level security provisioning of the sensitive data, by providing a multi-level security that uses the multiple number of cryptographic process for the privacy preserving in the cloud workflow scheduling, by allowing the multi-level cryptographic process without affecting the quality of service, the computational cost and time. The proffered method is validated in the work NS-2 to evidence the quality of service and the minimisation in the computational cost and the execution time.
PENILAIAN KINERJA INVESTASI TI APLIKASI SISTEM INFORMASI MAHASISWA BARU PADA UNIVERSITAS XYZ: ASSESSMENT OF IT INVESTMENT PERFORMANCE OF NEW STUDENT INFORMATION SYSTEM APPLICATIONS AT XYZ UNIVERSITY

Maturity level assessment is considered very important in the information technology sector, one of which is in the field of education. It includes not only academic activities in the classroom, but also non-academic activities such as organization and committee. During pandemic condition, all activities on campus are required to be completely online, including the orientation period for new students as an annual routine. XYZ University is one of the educational institutions that also implements an online orientation period. Not only meeting with the video conference application as a media, which are members of the committee also create a web-based application where the application contains all information related to orientation period activities, including materials, values, and information about the campus activities which must be shared digital in this situation. The application previously described must be calculated for its maturity level to find out whether it has provided maximum benefits or vice versa for the university as the party that should provide funds and looking for parties from outside the university. To answer this problem, it is necessary to measure IT performance using VAL IT 2.0 which can provide a conclusion of the benefits.
Analysis of the Communication Traffic Model for Permissioned Blockchain Based on Proof-of-Work

Nowadays, blockchain as emerging computer technology is gradually applied to the Internet of Things (IoT) industry. However, high traffic load and network congestion have become the main obstacles to the integration of IoT and blockchain, thanks to the vast amount of IoT devices as well as the considerable information redundancy of blockchain. In IoT-blockchain, the number of IoT devices and the blockchain network scale are supposed to establish an appropriate balance. Therefore, building a precise traffic model between the blockchain and IoT devices is crucial for designing and optimizing an IoT-Blockchain network. This paper proposes an innovative traffic model of the IoT-blockchain system, which describes traffic of blockchain nodes under the different sizes of IoT input and network scale. We implement a lightweight Bitcoin-like blockchain based on PoW and connect with several IoT simulators to conduct various network traffic experiments. Our mathematical model and experimental results demonstrate the relationship between self-similarity, network traffic, blockchain scales, and the number of IoT inputs.
Quantum Computing: Computational Excellence for Society 5.0

In this chapter, we consider which general business problems may be suitable for exploring the utilization of quantum computing and provide a framework for applying quantum computing. The characteristics of quantum computing systems are mapped into business problems to show the potential advantages of quantum computing. The framework shows how quantum computing can be applied in general, and a use case is offered for quantum machine learning (QML) related to the credit ratings of small and medium-size enterprises (SMEs).
Competitive behavior as a condition for realizing the personal potential of teachers

The article considers the personal potential of teachers realized through their participation in competitions. The analysis of sources, diagnostic tools, formats and means of additional professional education presents professional competitions as a condition for realizing one’s personal potential. Its components are as follows: personal meanings, activity, reflexive abilities and pedagogical experience, values, motives, striving for the embodiment of creative ideas and intentions, openness to innovations. The teacher’s participation in competitions encourages activities, increases the level of innovative solutions to professional problems, manifests creative individuality and recognizes professional achievements. At the same time, the influence of competitions on the professional creativity of a teacher has not been sufficiently studied. The article aims at studying the competitive behavior of a teacher from the perspective of realizing their personal potential. The research utilized the methods of analyzing scientific sources, regulatory documents; diagnostic techniques to study the personal potential of a teacher; forms of developing the competitive behavior of teachers to participate in professional skills competitions; synthesis; logical generalization. In the course of the study, the authors obtained results that are notable for their novelty. They have presented the concept of “competitive behavior” of a teacher as an activity characterized by a complex system of motivation aimed at overcoming competitions and developing personal potential. The authors have characterized the motivational, emotional-volitional and personal levels of mental regulation of the teacher’s competitive behavior. They have also determined methods for studying personal potential and developing the teacher’s competitive behavior.
The Implementation of Classroom Management Principles in Teaching English at Vocational High School 3 Padang

The aim of this research was to find out how the teachers implemented principles of classroom management in teaching and learning process at SMKN 3 Padang during teaching and learning process. This is a qualitative research. The data were the result of observation and interview. The participants of this research were three English teachers of SMKN 3 Padang who teach at grade X, XI and XII. The finding of this research indicates that English teachers at SMKN 3 Padang do not implement almost all of the principles of classroom managements during teaching and learning process. They implemented them in three stages of teaching; such as pre-activity, whilst-activity and post activity. Almost all of the principles of classroom management are implemented in whilst-activity. At pre and post-activity, the teacher only implemented three principles, such as warm and enthusiasm, emphasizing on the positive things and building self-discipline. Moreover, the data shows the teachers’ reasons in implementing classroom management. The reason is increasing students’ motivation and achievement. It can be concluded that the English teachers at SMKN 3 Padang should improve their focuses to the principles of classroom management in teaching English. Hopeful, this research can be a significant contribution for English teachers in teaching.
Development of Remote Health Care Framework Using IoT Via Secure Cloud

Internet of Things (IoT) acts as a power of looking at the future Internet that has come to light in a number of structural problems to make connections and get a separate power of operation. It gives several possibilities to keep in touch with a wide range of usable appliances, home instruments and software. With fast, ready smart sensors, communication technologies and Internet protocols the latest developments are made possible. This research paper proposes an efficient and sustainable remote health care platform to portray coordinated keen health care services dependent on IoT that utilizes the secured cloud and web to monitor the patient health status in far off territories. It can constantly hand off the fundamental indications using a remote correspondence network framework in crisis circumstances. This enthusiastic model would offer benefits of medical services that are principally valuable to individuals confronting the issue of coming to health care focuses within low cost, portability, effectiveness, and easy handling. It mainly used some IoT sensors, a wifi module, an Arduino Uno Microcontroller to sense the primary physiological data of the patient like body temperature, B.P., ECG, and Humidity etc. then send these collected data to the web server and a display unit used to show the results, however, laptop, P.C. or smart phones are used to see the collected data.
Η τεχνητή νοημοσύνη και το blockchain στην εξέλιξη της βιομηχανικής αυτοματοποίησης

In the modern technological environment technologies operate, and new ones emerge, in a variety of application fields. The aim of this dissertation is to present and highlight two of them: Artificial Intelligence and Blockchain, as well as the way in which the two can coexist and act combined in important technological areas of human activity, upgrading, optimizing, and evolving the automation degree that governs each one of them. The ability of Artificial Intelligence to recognize patterns, to act based on findings and to improve itself as well as the characteristic triptych of Decentralization, Immutability and Traceability that governs Blockchain technology, create a unique blend of technologies that no other technology or combination of technologies can compete with at the moment. Both individually and collaboratively, these two technologies can transform the areas where they are applied and also lead the developments of the 4th Industrial Revolution by further automating processes while at the same time offering an inviolable veil of data protection and security. The aim of this thesis is to demonstrate in an intelligible way the operation of Artificial Intelligence and Blockchain technology, presenting their identity in the constantly and dynamically changing, modern technological landscape, recognizing threats but also making an attempt to take a peek at their common future.
Identification, assessment and ranking agile software development critical success factors - a factor analysis approach

Agile software development (ASD) methods have emerged as an innovative and diverse way of developing software as compared to the traditional methodologies that are having high project failure, higher cost and more time to complete the project, customer dissatisfaction, etc. The current study is conducted to identify and assess critical success factors along with discovering the perceived level of success factors for ASD. Initially, 39 variables have been identified and finally, 31 variables have been loaded into five factors that lead to success factors and further how these factors are related to perceived level of success factor that is again a cluster of further four identified variables (time, cost and efforts, quality and scope and requirements). The importance index is used to rank the factors along with the variables of the explored factors. Surprisingly, the important factors that came out were project factor followed by organisation, technical, people and process factors respectively.
The Correlation between Students’ Reading Interest on Short Story and Students’ Translation Ability

This research aimed to determine the correlation between students’ reading interest on short story and students’ translation ability. This is a quantitative research using the correlation method. Data were collected from online questionnaires and test. This research uses bivariate correlation analysis as a research design. Respondents in this research were 8th grade students of SMPIT Al-Ibrah of the 2020/2021 academic year in Gresik, East Java, Indonesia. This study found that students’ reading interest on short story had a positive and significant correlation to students’ translation ability with a rxy value of 0.969> 0.349 (rtable value) at the level of significance 0.05.
Researchers' interaction with online information resources: An informational approach

Objective The purpose of this study is to determine the interaction of researchers with online information resources and provide solutions to increase the quality of information retrieval. Methodology In terms of purpose, the present study is a fundamental research that falls into the category of content analysis research and is based on the underlying theory of Strauss and Corbin (1998) and has been done using Max QDA software. This research is one of the library researches that has used field techniques in terms of data collection method.15 researchers who have the most scientific products and naturally have more interaction with information and search for resources, were selected by judgmental sampling and They have been interviewed. Findings In this study, which was interviewed with 15 researchers, it was found that researchers mostly refer to Google search engine and databases of Science Direct, Web of Science and Scopus. They also use advanced search and simple search to find their information. They are also familiar with scientific social networks and have been the most visited and researched by Research Gate, LinkedIn and Academia. They were largely satisfied with the quality and accessibility of online resources, but wanted the information organization to have a single standard and order. Conclusion Based on the results of the interviews, we obtained a model that showed that researchers categorize the retrieved information into four components: 1.Useful overt information 2. Useful hidden information 3. Useless overt information and 4. Annoying overt information
Direct quantification of robustness in topologically-protected photonic edge states at telecom wavelengths

Topologically tailored photonic crystals offer robust transport of optical states in quantum and classical systems. However, quantifying the robustness of edge states in topologically protected PhCs has remained elusive. In our recent work, we report a rigorous quantitative evaluation of topological photonic edge eigenstates, emulating the quantum valley Hall effect (VPC), and analyze their transport properties in the telecom wavelength range using a phase-resolved near-field optical microscope. Our results demonstrate that the backscattering energy ratio for the VPC is two orders of magnitude smaller compared to that in a conventional W1 waveguide. Such an evaluation opens a pathway for creating quantum photonic networks that can achieve secure and robust communications.
Super Socks / Nurul Aliah Ibrahim

Due to follow the requirement of the course Technology Entrepreneurship (ENT 600). I required to analyze the company to make the New Product Development (NPD). This is an opportunity for me to discover on how to implement the theories that we learned in ENT600 class and practicing it in real life situation. Super Socks is the one of the product that have their own the specialty like come with anti – slippery and can massage the legs to help the blood flows in our body. This super socks can use when we sleep and also and also in our leisure time. In the next phase of the report, the definition, classification, and process of new product development were also mentioned in this report. They are two classifications of the new product which are improvements and revisions to existing products, and repositioning of the products. On top of that, the process of new product development can be classified into five processes which are research and development, product design features, concept testing, build prototype and lastly test marketing. Idea screening and idea generation discussed in research and development part. In addition, the market survey can be divided into three types which are questionnaires in Google Form, survey through the phone and also using social media. Lastly, in the test marketing, a few techniques were used to make this product accepted to the community such as customers’ experience, started with small-scale and promotions. As the conclusion, the feedback from the audience was very helpful to fulfil requirement of consumer and flow the trending time. Next, the main part for Super Socks is to create a good product that would be beneficial towards the community. A product must cater the needs of the targeted group in order to help them. It is just a small gesture but will lead to a positive outcome. A product must cater the needs of the targeted group in order to help them. It is just a small gesture but will lead to a positive outcome. Furthermore, the objective of this report is to be an added value towards the customer. Customers or user are important figure towards a company yet there are several parts of the product that will be the added value. The first one is the product is created to fulfil the customers perspective in which user will observe and judge the product. For instance, if it is useful then they will increase their trustworthiness. Added value also important to improve their satisfaction.
Detailed Evaluation of Fuzzy Sets in Rule Conditions as a Key for Accurate and Explainable Rule-Based Systems

This work is about research looking for a compromise between accuracy and interpretability of decision support systems. The most accurate of these systems are characterized by high incomprehensibility. On the other hand, rule systems are interpretable but their weakness is accuracy. The search for balanced solutions is a necessary task if we want to have tools that can be the subject of cooperation between a knowledge engineer and a human expert (or finally, a user). This work presents the results of research focused on the evaluation of fuzzy sets as a basic element of rule sets. The evaluation of fuzzy set matching to training data allows you to choose the best components at the beginning of the rule extraction. This approach results in high testing accuracy and maintains satisfactory interpretability.
Design and construction of a UAV device with a fixed wing for the conditions of rescue services

The paper is focused on comprehensive design of an unmanned aerial vehicle with fixed wing, which would add efficiency to specific activities performed by rescue services. The current rapid development of unmanned aerial vehicles is slowly becoming part of many industries around the world. The aim of this paper is to design an unmanned aerial vehicle that could provide safe, reliable, and efficient operation. The overall design, construction, and installation of the proposed unmanned aerial vehicle should integrate several modern technologies. To make an ideal design of unmanned aerial vehicle it is required to possess the knowledge of current construction methods of additive manufacturing, understanding of legislation in operating conditions and, in addition to general knowledge of unmanned vehicles, also comprehensive skills in programming and configuration of autonomous control elements of autonomous unmanned systems. After the production of the unmanned aerial vehicle with fixed wing, very good technical properties were demonstrated during experimental ground tests. Achieved technical properties are comparable to those owned by the unmanned aerial vehicles that are currently on the market. The final design configuration using an infrared-sensitive optical device could perform activities such as: searching for missing persons in hard-to-reach and vast terrain or searching for forest fires.