Journal Software, Hardware and Information Technology

Unlocking Communication Wonders: Exploring Transmitter and Receiver Concepts with p5.js

2024-04-27T05:29:37+00:00

This research presents comprehensive results in various forms such as images, graphs, tables, etc., to facilitate a profound understanding of the developed transmitter-receiver simulation using p5.js. Each component, including setting the canvas, dynamic display, user interaction, binary conversion, transmitter and receiver objects, simulation reset, and testing and evaluation, is thoroughly discussed in separate subsections. A comparative analysis with previous studies is incorporated for enhanced context. The testing phase not only validates the simulation's functionality and accuracy but also emphasizes its role as a potent educational tool. The successful execution of the experiment attests to the codebase's robustness, confirming its ability to effectively illustrate digital communication fundamentals. The visualization of binary signals enhances the project's educational dimension, transforming intricate concepts into an accessible, interactive learning experience. Future testing and refinements present exciting opportunities to augment user experience and extend simulation capabilities. This positive outcome establishes a solid foundation for the program's educational utility, making it a valuable resource for imparting digital communication knowledge. In conclusion, the validated transmitter-receiver simulation marks a significant milestone, combining functionality, visual representation, and potential enhancements. Positioned as an innovative educational technology, it fosters curiosity and understanding in learners exploring digital communication nuances.

Pengenalan Plat Kendaraan Otomatis Berbasis Citra Menggunakan Metode Optical Character Recognition (OCR)

2024-04-28T07:40:22+00:00

Automatic parking registration has become a focal point in the research and development of modern urban transportation systems. In this context, image-based vehicle license plate recognition plays a vital role in facilitating efficient and accurate parking registration processes. This research aims to develop an image-based vehicle license plate recognition system for automatic parking registration applications using Optical Character Recognition (OCR) technology. The methods employed include vehicle image acquisition, image preprocessing, license plate segmentation, text extraction using OCR, and license plate character recognition. Testing was conducted using a dataset of vehicle images captured under various lighting conditions and angles. Experimental results demonstrate that the proposed system is capable of recognizing vehicle license plates with a high level of accuracy, even under varying lighting conditions and distorted license plates. Implementation of this system is expected to enhance efficiency in automatic parking registration and reduce manual involvement in the process.

Analisis Penggunaan Fitur Vicon (Video Conference) pada E-Learning Ilmu Terhadap Kelancaran Pembelajaran Daring Di Fakultas Ilmu Komputer UPN Veteran Jawa Timur

2024-05-24T11:15:50+00:00

Online learning has become an integral part of higher education in today's digital era, especially following the COVID-19 pandemic. Video conferencing (Vicon) technology plays a crucial role in this transition, enabling direct interaction between teachers and students without the need for physical presence in the classroom. This study aims to analyze the use of Vicon features in the context of online learning and its impact on the smoothness of the learning process. Data were collected through a questionnaire administered to students of the Faculty of Computer Science at UPN Veteran Jawa Timur, with the System Usability Scale (SUS) method employed for calculation. The collected data were then qualitatively analyzed to determine the effectiveness of Vicon use by identifying usage patterns, obstacles faced, and student perceptions of its impact on the learning process. Analysis of the SUS scores, usage patterns, challenges, and student perceptions revealed a low average SUS value. This indicates that while Vicon facilitates direct interaction and effective material delivery, there are still significant technical obstacles and low participation rates. These findings suggest the need for improvements in the technical aspects of Vicon and strategies to increase student engagement in online learning environments.

Implementasi Metode Multi Kriteria Dalam Pencarian Produk Apotek

2024-05-08T03:37:06+00:00

Pharmacy product searches are becoming increasingly important in the context of public health needs. In this digital era, users are often faced with challenges in finding pharmacy products that suit their preferences and needs. In this research, we explore the implementation of multi-criteria methods in pharmacy product searches to increase relevance and search efficiency. Developing a pharmacy product search system that utilizes multi-criteria methods to consider various factors such as description, efficacy, price, availability. Through the integration of this method, the system can present search results that are more personalized and relevant to users. Evaluation of system performance through practical trials and found that the use of multi-criteria methods can improve the quality of pharmacy product search services. This research contributes to the development of more sophisticated and effective pharmacy product search technology, as well as increasing user satisfaction in meeting their health needs

Rancang Bangun Sistem Detektor Gas Nh3 Pada Peternakan Broiler Berbasis Arduino

2024-06-06T01:23:21+00:00

This research aims to create an electronic circuit to detect ammonia gas levels using the MQ-135 sensor, making it easier for farmers to detect ammonia gas levels, which can hinder the growth of broiler chickens if too high. The research was conducted at the Karang-karangan Village Broiler Chicken Farm. This type of research uses Research and Development (R&D) for the manufacture and design of ammonia gas detection equipment on farms. The application of the ammonia gas detector consists of several steps: data collection, system analysis, design, manufacture, and system testing. The problem that occurs in broiler farms is farmers' ignorance of ammonia gas levels before spraying. The research results show that the detection tool can be used well, and farmers can easily operate it. Farmers must first find out the ammonia gas levels on the farm before spraying disinfectant, and if the sensor detects levels exceeding the normal safe limit, the buzzer will sound and display the value on the LCD screen.

Penerapan Teknologi Blockchain dalam Meningkatkan Keamanan Sistem Identifikasi Pengguna

2024-06-09T06:53:00+00:00

In today's digital era, the security of the user identification system must be considered, therefore the use of blockchain technology can be utilized in such a way. Blockchain is a dynamic and interactive computer program to support solving problems in identifying users. Apart from that, blockchain technology can be used to secure data which is now very vulnerable to viruses in computers or networks. Blockchain technology provides a solution by providing a strong and reliable information security system. Blockchain technology can be used to ensure the integrity and validity of stored data. This can be done by storing data in blocks that are connected to each other and using encryption to maintain privacy. In addition, the decentralized system in blockchain technology makes it difficult to change or delete by irresponsible parties. Blockchain technology is very suitable for increasing the security of user identification systems, in this research the author found other research related to blockchain technology which is useful for data security, therefore the author invites readers to use blockchain technology for the security of user identification systems and data security.