ASSEMBLY: Informatics Engineering and Tecnology System Journal

Perancangan dan Pengembangan Sistem Informasi Pengelolaan Inventaris Barang Berbasis Web (Studi Kasus: SDI Aisyiyah Suruhwadang)

Virganda Rimba Asmara, Rizki Yunis Teresa, Bintang Lailatul Mukaromah — Sun, 11 Aug 2024 00:00:00 +0700

The inventory management system is a very important activity carried out in an instant because of the management of goods, checking the eligibility of goods, restocking goods and recording all goods, especially in the field of education such as schools that have many goods that must be managed carefully to ensure the eligibility of each item that will be used during learning. Moreover, in the current era where everything can be made easier using technology, by utilizing developing technology and supported by adequate human resources, a system can be developed that can help facilitate the work of managing inventory. As in one of the Islamic elementary schools in Blitar, especially in the village of Suruhwadang, namely SDI Aisyiyah Suruhwadang, which currently still uses manual inventory data management by recording it in an inventory book and then transferring it to a spreadsheet. Therefore, a web-based inventory information system will be very effective and useful. The system development method uses the waterfall method and uses UML diagrams. The results of this study are in the form of a web-based inventory information system at SDI Aisyiyah Suruhwadang. From the creation of the application, it indicates that this application has the potential to be highly effective, fast, accurate and greatly facilitates inventory managers.

Perancangan Dan Pengembangan Sistem Informasi Absensi Karyawan Indomaret Beru Wlingi Berbasis Web

Rafi Andrea Lesmana, Muhammad Fauzi nur Aziz, Rafi Ari Fiandi — Sun, 11 Aug 2024 22:10:22 +0700

The design of a web-based mini market employee attendance system with the waterfall method aims to overcome the obstacles in the old attendance system currently used at Indomaret Beru Wlingi, Blitar Regency. This design was triggered by the importance of human resource management, especially in terms of employee attendance, as well as the development of information technology that can improve the efficiency of the attendance process through a web platform. The design method used is the waterfall model. The system design includes use case diagram, sequence diagram, and activity diagram to describe the system workflow. System features include time attendance recording, employee data management, and report printing. From the questionnaire results, the system is considered to be helpful in recording attendance accurately, has a good user interface, and is easy to understand and use. The conclusion of this design is that the designed web-based mini market employee attendance system can improve the efficiency of the attendance process and can be accessed through various devices. The advice given is to conduct regular testing to avoid errors, and provide a detailed explanation program so that users can utilize system features effectively.

Program Pendaftaran Pengunjung Warnet Microphile

Andre Rizky Pangestu, Ibnu Abi Zaid Fisabilillah, Yoga Ramadhani — Sun, 11 Aug 2024 00:00:00 +0700

In the continually evolving digital era, internet cafes have become an unforgettable part of society. Internet cafes serve as places to access information or simply play games online. This has led to the proliferation of internet cafes in various areas. However, over time, internet cafes have begun to be abandoned due to technological advancements. An analysis of internet cafe needs indicates that there must be changes to increase public interest in internet cafes. We have developed a billing website for internet cafes, specifically targeting gaming cafes, at Microphile. The features offered greatly facilitate internet cafe operators and owners in running their businesses in this digital age.

Analisis Pengaruh Topologi Jaringan terhadap Kecepatan Data

Rojai Zhofir — Thu, 08 Aug 2024 00:00:00 +0700

Network topology is one of the fundamental factors influencing the performance of data communication systems in a computer network. This study aims to analyze the impact of various network topologies on data speed, including bus, ring, star, tree, and mesh topologies. The main parameters evaluated include throughput, latency, and data transfer efficiency under various network load scenarios. The research methodology involves simulations using network software to measure the performance of each topology under both ideal and non-ideal conditions, such as disturbances or an increased number of nodes. The findings reveal that the star topology offers high data speed in small to medium-scale networks, while the mesh topology excels in fault tolerance and performance in large networks. Conversely, the bus and ring topologies demonstrate limitations in scenarios with high data traffic. This study is expected to serve as a reference for selecting the optimal topology according to network needs and scale, thereby improving overall data communication efficiency.