Reviewerly/exHarmony huggingface dataset:
Penerapan Aplikasi E-Cuti Berbasis Web Dengan Extreme Programming (Studi Kasus: Pengadilan Agama Jakarta Barat)

ABSTRACT&#x0D; The West Jakarta Religious Court is one of the divisions of the Supreme Court of the Republic of Indonesia, now the leave process at the West Jakarta Religious Court is conventional or in the sense of the word manual. From the results of my observations at the West Jakarta Religious Court, employees need to take a leave application form at the personnel division. After that, the employee needs to fill out a form and ask for a signature from the Head of Sub-Division of each division to obtain leave permission. Then from the Head of the Sub-Division continued by asking for the signature of the Head of the West Jakarta Religious Court. After obtaining signatures from the West Jakarta Religious Court, the form is continued back to the Head of Personnel Sub-Section to recap data and reduce the employee's remaining leave. Based on this problem, a solution is proposed to overcome this problem, namely by creating a Web-based employee E-Leave application at the West Jakarta Religious Court, using the PHP programming language and MySQL database, as well as a software development method using Extreme Programming. Testing on the E-Leave application used ISO 25010 with two aspects of testing, namely the functionality usability aspect and obtaining 100% results and the operability aspect obtaining 85.24% results.&#x0D; Keyword: West Jakarta PA Leave, Extreme Programming, Web, ISO 25010
Perancangan Sistem Deteksi Dan Pengenalan Perintah Suara Menggunakan Modul Esp 32 Dengan Metode Convolutional Neural Network (Cnn)

ABSTRACT&#x0D; The capabilities of microcontrollers are currently developing rapidly. Thanks to Moore's Law, the number of embedded transistors is growing exponentially. This has led to increasingly sophisticated microcontroller capabilities that are inversely proportional to price, so that we can now embed artificial intelligence on microcontrollers with the help of one of Google's APIs, TensorFlow Lite. In this final project research, a voice command detection and recognition system will be designed using a 32-bit microcontroller in the form of an ESP32 module with WiFi connectivity as the main processor to perform data processing and recognition in the form of voice commands. Voice input is taken using a MEMS (Micro Electro Mechanical System) microphone using the I2C interface. The data sent has a width of 8 bits with a sampling frequency of 44 kHz. The sampling data results will be used in the artificial intelligence training and testing process, together with a voice command library collection with a data size of 4 GB consisting of 20 word files in English, Indonesian, and noise or environmental background samples. Training and testing are carried out by converting the results of the voice signal sampling data into voice spectrum images for input to the CNN (Convolutional Neural Network) algorithm. The results of the experiment show that the voice command recognition process has an accuracy of 90% with a recognition time of less than 1 second.&#x0D; Keyword : esp32,Voice, CNN, MEMS, tensorflow Lite
Pemanfaatan Komik Digital sebagai Iklan Layanan Masyarakat Hari Bawa Bekal Nasional di Puskesmas Purwokerto Utara 2

Data of the Banyumas District Health Office for 2022 shows that in the 15-24 year age group, 3 to 4 out of 10 teenagers suffered from anemia. The 2013-2018 Riskesdas also noted that 32% of teenagers had anemia. Other findings were obesity, chronic energy deficiency, and eating disorders or unhealthy eating behaviors of teenagers’ lifestyles. Total of 1,150 students classified as teenagers is the responsibility of the Puskesmas Purwokerto Utara 2 to intervene more intensively. As a partner, Puskesmas needs promotional media applied to increase the nutritional status of teenagers. The method used is designing and socializing the use of digital comics. This comic is a form of public service advertisement used as one of the original National Bring Bekal Day social marketing strategies owned by partner. The results of this activity are in accordance with the planned stages by the team and the handover of comics with partner.
Perancangan Sistem Informasi Penjualan &amp; Persediaan Menggunakan Odoo Ver 15 Pada Toko New Palapa Elektronik

The New Palapa Elektronik store is a shop engaged in the marketing of electronic goods whose main activity is selling various kinds of electronic devices for household needs. Currently at the New Palapa Elektronik Store the process that runs on the sales and inventory process is still manual, namely in the process of making sales invoices, adding up the profits from selling goods in making sales reports, in checking inventory inventory it is necessary to check one by one the items available in the warehouse and it takes a lot of time. For this reason, this research is to design the sales module and inventory module using the Odoo application version 15.0 and system design using the ASAP method. The results of research on sales and inventory system design, can be used to display stored information, automate and provide information on the amount of profits from the sales report process and stock inventory reports.
Perancangan Sistem Inventaris di Perpustakaan Berbasis Website (Studi Kasus: Perpustakaan SMP Strada Nawar)

A library is an institution that professionally manages collections of written, printed, and recorded works with a standardized system to meet the users’ needs for education, research, preservation, information and recreation. To manage library collections effectively, a system that can support an inventory of book collections in the library is needed. One of the libraries that requires such a system is the Strada Nawar Middle School Library. By using an inventory system, librarians can record and store related data in the library more easily, such as borrowing data, book collection data, incoming book data, and outgoing book data. This study uses a qualitative method with the system development method using the prototype method and collects data through observation, interviews, documentation and literature review. The results of this study are library inventory applications that are compatible with the existing business processes in the Strada Nawar Middle School Library.
Proyek Sistem Informasi Pemesanan Seragam Dinas Perkantoran Pada Cv. Rahayu Berkah Mandiri Berbasis Web

The process of ordering office uniforms on CV. Rahayu Berkah Mandiri uses conventional methods, namely coming directly the location, contacting by telephone or Whatsapp. Customers have difficulty finding information on the availability of goods. This study aims to build a system that provides uniform information with description of its quality. System development carried out using the Unified Modeling Language can certainly be solution. The results of this study are in the form website that is used to make the process of ordering office uniforms. This website can be an alternative for customers in placing orders so that customers do not need to come to the company or contact the company and the owner can also process a more structured order process. Based on the results of research testing and evaluation, the system built can help customers to order goods and be received by the owner quickly.
The Students’ Writing Anxiety at The Fourth Semester Students in Academic Writing Class

The purpose of this study was to find out how much writing anxiety exists among students, what causes it, and how to deal with it in academic writing courses. This research uses qualitative. This study was done at Universitas Muhammadiyah Purworejo using fourth-semester students who took an academic writing course as subjects. The findings revealed that the students' writing anxiety was in the high range (67.23). "High frequency of assignment" is a major cause of student writing anxiety in academic writing. The percentage obtained (31%), which was the highest among the components, showed this. Students overcame their writing anxieties by seeking assistance from friends, interacting with instructors, and reviewing journal references. It is possible to deduce that the students who took the academic writing course expressed worry.
Hello English Application to Improve the Students' Speaking Skills

The context of this study is that students' ability to speak English is quite concerning. Students' interest in speaking English is relatively low due to a lack of mastery of vocabulary, and a fear of making mistakes in pronunciation, so they rarely practice it. Students become bored learning English, so their interest in English lessons decreases. Descriptive qualitative research methodologies are used in the research. The research population consisted of MAS PAB 1 Sampali students with a total sample size of 31. The researcher chose 11 students using a purposive sampling technique, in which the sample was determined based on the selection of information sources rather than the number of participants. Methods for gathering data include observation, interviews, and documentation. Data processing involves the reduction of data, the display of data, and the drawing/verification of conclusions. The study's findings are (1) students' perceptions of using the Hello English application revealed that as many as 98% of students believed the application could help improve students' speaking skills, (2) students used Technology progress very well by using it to learn, one of which was using the Hello English application, (3) the Hello English application was very efficient for teachers in helping teach speaking English in class. Based on research findings, the Hello English application is very useful and effective in teaching and learning activities, owing to its easy and practical access on any device, as well as fun features for students that keep them interested in learning English in the future.
Improving Students’ Ability in Writing Descriptive Text Using Example Non-Example Method at Eight Class of SMP Negeri 3 Ngimbang

The aim of this research is to know: (1) difference of descriptive writing skill between eighth class of SMP Negeri 3 Ngimbang who follow the learning of writing descriptive text using example non-example method with students who follow the learning of writing descriptive text without using example non-example method, (2) the effectiveness of the use of the example non-example method in learning to write descriptive text in the eighth grade of SMP Negeri 3 Ngimbang. This research is a quasi-experimental research using pretest-posttest control group design. The results of t-test calculations performed on the post-test scores between the control group and the experimental group showed that the t-count was 2.735 with db 48 and Sig. (2-tailed) 0.009. Sig value. (2-tailed) which is 0.009 is smaller than the significance level of 5% (0.009 &lt;0.050). This shows that there is a significant difference of descriptive writing skill among eight grade students of SMP Negeri 3 Ngimbang who follow the learning of descriptive text writing using example non-example method with students who follow poetry writing lesson without using example non-example method. After the pre-test and post-test test of each group, it is seen that the difference of pre-test score and post-test score in the experimental group is larger than the control group (4.6&gt; 2.52). This shows that the non-example example method is effectively used in writing descriptive text writing of eighth graders of SMP Negeri 3 Ngimbang.
DIFFERENCES IN SELF-REGULATED LEARNING AMONG STUDENTS IN TERMS OF GENDER

Self-regulated learningare important skills that enable students to control, manage and monitor their own learning. This research aims to determine the differences in self-regulated learning in male and female students. This research uses a comparative quantitative method with t-test analysis. Data was collected through a questionnaire based on a scale adapted from Lili Nur Indah Sari's 2013 Self-regulated Learning scale based on aspects of self-regulated learning by Zimmerman (1989). The sampling technique was proportionate random sampling, totaling 75 people consisting of 26 men and 49 women. The results show that there is a significant difference between the self-regulated learning of male and female students, namely that female students are higher.
The Characteristics and Features of Buddhist Meditation

Today, general meditation is widely practiced around the world. In addition to the history, types and methods of meditation, industries that utilize meditation are also developing. Modern meditation began to have such a popular character in India in the 1950s, when it was introduced to the United States and Europe in the 1960s. There are many reasons why modern people meditate. The basis of meditation is to maintain and improve the function of the body and mind. Furthermore, meditation is used to pursue physical and psychological tranquility and relaxation, and furthermore to promote overall health and well-being. On the other hand, Buddhist meditation emphasizes that you are always awake. In particular, meditation on the sitting type of Buddhist meditation aims at the achievement of enlightenment, for example, solving problems of oneself. Self-problem solving is to know oneself clearly and to achieve oneself. This kind of meditation began with the meditation of the Buddha. Meditation in general focuses on relieving stress. Sitting meditation, on the other hand, focuses on calming stress and moving toward enlightenment. In this respect, there is a difference between general meditation and sitting meditation. In this thesis, the characteristics of general meditation and Sitting meditatin are examined and some differences are examined. As a result, first, there was a difference in the ultimate goal of general meditation and Sitting Meditatin. Second, there was a difference in the subject, Thirdly, the methods, Fourth, the effects, Fifth, the characteristics, and Sixth, the Features.
An urgent computing oriented architecture for dynamic climate risk management framework

The Computing Continuum drives holistic system integration, especially in the road sector, where there's a growing need for comprehensive Decision Support Systems in operation and maintenance strategies based on sensor data. These systems offer dynamic assessments, critical for managing road assets vulnerable to climate change and extreme weather events. The resulting data uncertainties, including variations in data veracity and variability require timely decision-making for coordination and adaptiveness of the system as a whole. We introduce an urgent computing architecture for a dynamic risk management framework, discussing its related challenges and software design patterns.
Review on various image protection methods

The security of information exchange over email and other web-based means is rather low, and there is the risk of interception when it comes to confidential information (e.g., credit card info). Therefore, online users should be ensured of the security and privacy of their web interactions. Despite the remarkable benefits of the Internet in the modern era and its contribution to digital communication, the information security of open networks has become an important issue due to its heavy costs. Several approaches have been used to address this issue, particularly through information hiding and encryption in system security strategies. Cryptography is the process of information encryption, and steganography refers to information hiding. These methods have proven quite effective in maintaining information security. Cryptography involves making changes to confidential information, which prevents their readability by eavesdroppers, which could also be considered a technique of original text to cipher text. On the other hand, steganography entirely hides confidential information from unauthorized users using multiple carrier formats, including audio, video, protocol, and images. Given the availability of digital images, they are often employed as carrier files online. Other approaches to image steganography are also common and have specific limitations and advantages. The present study aimed to review different methods of image cryptography and steganography and compare the studies in this regard so as to determine which the best, specific and accurate methods of information security.
PENGEMBANGAN MATERI EVALUASI PEMBELAJARAN BERBASIS WORDWALL UNTUK SISWA SEKOLAH DASAR

Monotonous and repetitive types of evaluation can make children less interested and involved when answering evaluation questions. When evaluations are conducted routinely in the same pattern, such as using only written or multiple-choice tests, students may feel bored and lose interest in the evaluation process. To address this issue, it is important for teachers to vary the type of evaluation used. Using technology-based types of evaluation such as wordwall can make the evaluation process more interesting and enjoyable for students. This study aimed to test the validity and practicality of using Wordwall educational game media in auditory organ system material in grade IV elementary school. This study uses the ASSURE model development type method (Analyzing, Selecting, Organizing, Utilizing, Reflecting, Evaluating). Based on the results of the research data, it can be concluded that using the word wall evaluation tool in grade IV elementary school learning as follows: The quality of validity with word wall resulted in a percentage of validity of 79.8% with practical categories, while in validity using media by material experts obtained a percentage score of 86% with feasible or valid criteria. Meanwhile, from the validity of media experts, the percentage is 80% valid.
Conflict-Free Node-to-Robot Scheduling for Lifelong Operation in a Warehouse with Narrow-Corridor Environment

This paper presents a solution to lifelong Multi-Agent Path Finding (MAPF) problems for long and narrow-corridor environments. In this setting, robots need to navigate conflict-free paths while adapting to new goals. We propose an algorithm called Conflict-Free Node-To-Robot Scheduling (CFNRS), which effectively coordinates the paths of robots on a given graph in a constrained environment. The algorithm assigns nodes of the graph, ensuring no conflicts with other robots. In particular, we introduce a Deadlock-Detection and Resolution mechanism to find and resolve conflicts and ensure conflict-free paths. We have introduced a problem-reduction technique for improved efficiency. The proposed algorithms are evaluated through simulations in narrow-corridor environments and compared to existing state-of-the-art MAPF solvers, demonstrating their validity and effectiveness in ensuring that robots can navigate conflict-free paths.
Value Iteration Algorithm for Solving Shortest Path Problems with Homology Class Constraints

Path planning is a fundamental problem in robotics that aims to find an optimal path for a system to move on while avoiding obstacles in the environment. Often, a feasible path connecting the start and target point with the shortest length is highly desirable. Additionally, in scenarios such as drone racing or surveillance, topology constraints may arise. In this paper, we propose a novel method to address the shortest path problem with homology class constraints in both 2D and 3D environments. We first define the phase change of the path with respect to 2D obstacles and then apply the same technique to a class of super-toroid obstacles compressed by an embedding map. To synthesize the shortest path, we leverage the visibility graph and the Value Iteration Algorithm (VIA). Finally, we demonstrate the effectiveness of our approach with various simulation examples.
An Analysis of Public-Key Cryptography (PKC) Architecture for Hardware Security

Hardware security recreates an important part of protecting devices and data from stealing. Hardware-based security solutions deliver better security than software security, which is essential in today's handheld devices. However, hardware trustworthiness has become in this work, and the widely used Public Key Cryptography (PKC)algorithms such as RSA and ECC have been studied and implemented to emphasizetheir importance in data security. The VLSI architecture for the Fast Modular Exponentiation Algorithm (FMEA) and its implementation in the RSA algorithmare presented. Implementation of ECC over GF(p) with underlying mathematical fields is also discussed. The architecture is described using Verilog HDL (Hardware Description Language), synthesized and verified in ZED (Zynq Evaluation and Development) Board (XC7Z020CLG484-1).
Data Collection with Esp32 Microcontroller for Training Neural Networks

The paper discusses the prototyping of a system based on the Esp32 microcontroller and a Php web server. The microcontroller collects data from humidity and temperature sensors, and then transmits it via a Wi-fi network and a Post request to a Php server. Further processing and storage of data takes place on the Web server. The server writes the received data to a csv file, and also can display the received information in the form of a dynamic table. A similar system can be used to create datasets that are used for training neural networks.
The Problem of Preserving the Governing Equations’ Structure in Computer Simulation of Fluid Flow

Real time fluid animation remains challenging interesting area of research because of a number of problems that vary from high computational cost of the simulation to numerical viscosity. In this paper we mostly focus on the problem of saving the structure of determining equations. Computational Fluid Dynamics (CFD) is mostly based on the use of incompressible Navier-Stokes equations, however, when it comes to visual component, the use of Eulerian schemes is more advantageous. Lagrangian schemes also can be used, but it’s hard to implement them efficiently. Either way methods require further adjustments to prevent energy dissipation, and preserve kinetic energy in time, total enstrophy and time reversibility. Approaching the solution of the problem, we consider the full-Euler schemes that do not depend on grid size or spatial sampling of a simulation which are yet to be explored in modeling.
Blockchain based Electronic Voting System Design with Smart Contracts

The voting process serves as the mechanism to translate public opinion into actionable measures, significantly impacting democracy. Ensuring the transparency, reliability, and security of the voting procedure is essential to maintain the integrity and legitimacy of the entire system. Blockchain-based voting systems have gained popularity due to the immutability and advancements in blockchain technology. Creating a secure electronic voting system that offers the transparency and flexibility of electronic systems while preserving fairness and privacy has long been a challenge. This paper introduces a method for collecting data from various sources and databases using transparent Blockchain technology. The proposed Blockchain-based solution is dependable, secure, and ensures privacy. The objective of this paper is to leverage blockchain technology to construct a transparent and secure voting system. The development, testing, and deployment of smart contracts are executed using the Truffle framework, while a local blockchain network is established using the Ganache tool. MetaMask is employed for account validation. This paper also presents the cost analysis of the voting transactions.