7 research outputs found
Rancang Bangun Sistem Informasi Zakat Infaq Shodaqoh Menggunakan Metodologi Extreme Programming
No full textAbstract. Poverty is one continuing social issue which is hard to solve. Dealing with this problem, Islam has already had the alternative solution that is tithe (Zakat). Zakat is implemented to decrease economy imbalanced appeared in the society. While in fact, not all the Moslem pay Zakat. There are five factors as the reason why Moslem didn’t do that. First, some Muzakki wants to deliver his zakat directly.Seconde, not all Muzakki know how much Zakat must be paid. The other factors are Limited information about Mustahik home, limited time that Muzakki have to deliver his Zakat directly and the easiness to report Mustahik data. Dealing with those factors, it is required to have an information system which can make Muzakki meets Mustahik. In this research, information system application used Extreme Programming (XP) development method. XP method is required to program a system which will be made by accomodating the users’ needs and expectations.Keywords: zakat, information systems, extreme programming.Abstrak. Rancang Bangun Sistem Informasi Zakat Infaq Shodaqoh Menggunakan Metodologi Extreme Programming. Kemiskinan adalah masalah sosial yang sering ditemui dan masih belum teratasi. Dalam hal ini Islam mengenal alternatif pemecahannya, yakni zakat. Zakat diperuntukkan sebagai pengurang kesenjangan ekonomi yang terjadi di masyarakat. Akan tetapi tidak semua yang wajib mengeluarkan zakat menjalankannya. Penulis menemukan lima faktor yaitu pertama sebagian muzakkiingin menyalurkan zakatnya secara langsung. Kedua, tidak semua muzakkimengetahui berapa besaran zakat. Faktor lainnya adalah keterbatasan informasi tempat tinggal mustahik, keterbatasan waktu untuk meyalurkan zakat secara langsung, dan kemudahan melaporkan data mustahik. Untuk itu dibutuhkan sistem informasi yang bisa mempertemukan muzakkidan mustahik. Pada penelitian ini perancangan sistem informasi menggunakan metode pengembangan extreme programming (XP). Metode XP dibutuhkan untuk merancang sistem yang akan dibuat dengan memperhatikan kebutuhan dan keinginan pengguna.Kata kunci: zakat, sistem informasi, extreme programming.Abstract. Poverty is one continuing social issue which is hard to solve. Dealing with this problem, Islam has already had the alternative solution that is tithe (Zakat). Zakat is implemented to decrease economy imbalanced appeared in the society. While in fact, not all the Moslem pay Zakat. There are five factors as the reason why Moslem didn’t do that. First, some Muzakki wants to deliver his zakat directly.Seconde, not all Muzakki know how much Zakat must be paid. The other factors are Limited information about Mustahik home, limited time that Muzakki have to deliver his Zakat directly and the easiness to report Mustahik data. Dealing with those factors, it is required to have an information system which can make Muzakki meets Mustahik. In this research, information system application used Extreme Programming (XP) development method. XP method is required to program a system which will be made by accomodating the users’ needs and expectations.Keywords: zakat, information systems, extreme programming.Abstrak. Rancang Bangun Sistem Informasi Zakat Infaq Shodaqoh Menggunakan Metodologi Extreme Programming. Kemiskinan adalah masalah sosial yang sering ditemui dan masih belum teratasi. Dalam hal ini Islam mengenal alternatif pemecahannya, yakni zakat. Zakat diperuntukkan sebagai pengurang kesenjangan ekonomi yang terjadi di masyarakat. Akan tetapi tidak semua yang wajib mengeluarkan zakat menjalankannya. Penulis menemukan lima faktor yaitu pertama sebagian muzakkiingin menyalurkan zakatnya secara langsung. Kedua, tidak semua muzakkimengetahui berapa besaran zakat. Faktor lainnya adalah keterbatasan informasi tempat tinggal mustahik, keterbatasan waktu untuk meyalurkan zakat secara langsung, dan kemudahan melaporkan data mustahik. Untuk itu dibutuhkan sistem informasi yang bisa mempertemukan muzakkidan mustahik. Pada penelitian ini perancangan sistem informasi menggunakan metode pengembangan extreme programming (XP). Metode XP dibutuhkan untuk merancang sistem yang akan dibuat dengan memperhatikan kebutuhan dan keinginan pengguna.Kata kunci: zakat, sistem informasi, extreme programming
Narratives on the 212 Movement and Tauhid Flag Transformation from the Boudieusian Perspective
No full textThe so-called Tauhid flag was exclusively known as HTI's (Hizbut Tahrir Indonesia) symbol of Islamic caliphate re-establishment. However, after its burning incident in 2018, the flag appears to be one of the symbols of post-Islamist populism. By using the Bourdieusian perspective's framework, this study aims to understand the prior narrative of the Tauhid flag, the narrative of the 212 movements, and how the narrative of the 212 movements influenced the transformation of the narrative of the Tauhid flag. The data in this study were taken from 180 sampled tweets using proportionate stratified random sampling. The data were elaborated with related news and publications and then condensed, codified, and categorized. This study revealed that the prior narrative of the Tauhid flag was the narrative of institutional Islamism, aiming to re-establish the Islamic caliphate through a peaceful act. Meanwhile, the 212 movements represent the narrative of post-Islamist populism. When the Tauhid flag became the central issue in several 212 movements, the flag's narrative transformed into post-Islamist populism. It means that the widespread acceptance of the Tauhid flag has a little impact, if none, on HTI's caliphate campaign
PEMANFAATAN JSON UNTUK MENAMPILKAN DATA REALTIME COVID-19 DENGAN MODEL VIEW PRESENTER
No full textPandemik corona virus disease 19 (codiv-19) menjadi masalah global yang belum bisa teratasi. Covid-19 adalah penyakit menular yang disebabkan oleh virus korona SARS-CoV-2. Peran teknologi informasi terus berusaha mencari solusi dalam pencegahan covid-19. Pemerintah Indonesia telah membuat sistem informasi (SI) berupa website dan aplikasi mobile untuk menyebarkan informasi tentang covid-19, salah satu fitur yang terdapat pada SI tersebut adalah menampilkan data penyebaran wilayah dan jumlah yang terinfeksi covid-19 secara reatime. Tujuan dari penelitian ini adalah memanfaatkan data JSON menggunakan Model View Presenter (MVP) yang memiliki esensi antara kode antarmuka dengan class view dan membawanya ke class presenter berbeda sehingga presenter bisa berjalan dan melakukan proses pengujian tanpa mempengaruhi pengolahan kode view. Metode pengembangan sistem yang digunakan adalah Hierarchy plus Input-Process-Output (HIPO) dengan tiga fungsi tingkatan (diagram), yaitu: Visual Table of Content (VTC), Overview Diagram (OD) dan Detail Diagram. Penggunaan JSON untuk pertukaran data API rest yang menggunakan metode Model View Presenter sangat mudah diimplementasikan meskipun menggunakan tiga metode pemanggilan data JSON berbeda
PERANCANGAN PROTOTYPE APLIKASI SMART RESIDENCE BERBASIS ANDROID
No full textBasically a safe and comfortable environment is a condition that must be realized, for the sake of the continuation of harmonious and harmonious neighbourhood. Technological advances that are increasingly developing, can be used to make it easier to monitor and control security in an environment, with an application that can help in terms of security control. So that a smart environment can be realized that uses technology in managing various things.
This study proposes the design of an Android-based smart residence security system. This smart residence security system uses the Agile Development Methods system development method with the extreme programming model. This research produces a prototype of an Android-based smart residence security system that has the ability to provide access to housing and community security, so that it is expected to assist in fast and precise security management.Pada dasarnya lingkungan yang aman dan nyaman merupakan sebuah keadaan yang harus di wujudkan, demi keberlangsungan hidup bertetangga yang harmonis dan selaras. Kemajuan teknologi yang semakin hari, semakin berkembang, dapat dimanfatkan untuk mempermudah dalam pengawasan dan pengendalian keamanan disebuah lingkungan, dengan sebuah aplikasi yang dapat membantu dalam hal pengendalian keamanan. Sehingga dapat terwujudnya sebuah lingkungan pintar yang menggunakan sebuah teknologi dalam pengelolaan berbagai hal.
Studi ini mengajukan perancangan sistem keamanan smart residence berbasis android. Sistem keamanan smart residence ini menggunakan metode pengembangan sistem Agile Development Methods dengan model extreme programming. Penelitian ini menghasilkan prototype sistem keamanan smart residence berbasis android yang memiliki kemampuan memberikan akses kepada pihak keamanan perumahan dan masyarakat, sehingga diharapkan dapat membantu dalam pengelolaan keamanan yang cepat dan tepat
Development of Android GIS Applications for Mapping Clean Water Sources in Natural Resource Management in Disaster-Affected Areas
No full textThis research was motivated by the post-disaster challenges faced by the people of Sarampad Village, Cugenang District, Cianjur Regency, after the 2022 earthquake, which severely damaged vital infrastructure and disrupted access to clean water. The lack of a systematic mapping system for clean water sources highlights the urgent need for technology-based solutions to support effective and sustainable water resource management. The study employed a software development method using an Agile Programming approach, allowing iterative development and adaptation based on user feedback. Data were collected through field surveys, interviews with local communities and village officials, and direct observations of clean water source conditions. The system was designed using the Unified Modelling Language (UML), and the Android application was developed with Flutter Dart via the Visual Studio Code platform. Application functionality was tested using the black-box testing method to ensure performance reliability. The developed Android-based GIS application successfully maps and visualizes clean water sources, providing users with accurate and accessible spatial information. The system enables communities to identify the nearest clean water sources efficiently, particularly in post-disaster conditions. The findings demonstrate that integrating GIS with mobile technology can significantly improve public access to clean water information while promoting community involvement in environmental resource management. This innovation serves as a practical step toward sustainable and participatory water resource management in disaster-affected areas
SISTEM PAKAR UNTUK PEMILIHAN GITAR LISTRIK MENGGUNAKAN METODE CERTAINTY FACTOR PADA TOKO ALAT MUSIK SUNYOTOK
No full textGuitar is one of the most popular and easy to find instruments in people\u27s lives, from children to parents who like guitar instruments. But in searching for a guitar or buying a guitar, many are wrong in choosing a guitar because it does not match the genre of music being played.In this research, an analysis of existing problems is carried out, the author tries to create a web-based expert system that can help solve existing problems. This research uses the certainty factor method. The application development stage begins with the stages of problem analysis, system design, designing system process models, interface design, and relations between tables.The application made is a web-based expert system to help in choosing the best guitar according to the criteria entered into the system, and displaying presentations in the guitar choices given as well as a detailed explanation of the guitar. Expert systems are built using the PHP programming language, MySQL database server, and sublime text as a text editor
Design Improvement of Mold Bracket for Quarter Trim to Reduce Ejector Mark Defects
No full textThis study focuses on improving the quarter trim bracket mold in the mold making division to mitigate the risk of ejector marks, which were identified through long-term analysis. The author redesigned the mold by considering the ejector layout, cooling layout, clamping force calculations, and number of pressure plates, to ensure the product is free from defects. The addition of an ejector pin in the rib area is proposed as a solution to minimize this problem. The quarter trim bracket mold is designed using two pressure plates measuring 30 x 60 mm and four measuring 30 x 80 mm, with a total pressure plate area reaching 13,200 mm². Based on calculations, this part requires a clamping force of 14.5 tons to be produced on a 30 ton capacity injection machine. This clamping force is important to keep the mold tightly closed during the production process, and is calculated based on the cavity pressure in the mold and the shot area. All mold designs are created following company standards to ensure accuracy of sizes and calculations. This research is expected to improve production quality and operational efficiency
