The "Program Indonesia Pintar" (PIP) is a program from the Indonesian government to help children from poor families to get the proper education. Schools often deal with obstacles when selecting the students who are eligible for the PIP grant, due to the process of collecting and managing many registration files, thus requiring high accuracy to prevent errors in the selection results. Therefore, this research aims to develop a website of Decision Support System to support the tasks of the PIP recipient selection committee. The Decision Support System applies the Simple Additive Weighting (SAW) method to obtain the selection results from the ranking of the requirements data handed over by the applicants for the selection of PIP beneficiaries. Then this research applies the Waterfall software development method to analyze, design and develop the Decision Support System website. Furthermore, the results of the black box test indicate that the functions of this Decision Support System work according to their objectives. The system can manage the selection registration data and generate the rankings of prospective PIP beneficiaries.
The information system of classroom division is a process done by Junior HighSchool 9 Palangka Raya to divide the students into several classes. In this process schoolsare still using manual methods. To support the system in the division of the classes to bebetter, then the information system of classroom division using k-means clusteringmethod by website based on Junior High School 9 Palangka Raya was made.This classroom divide information system uses the waterfall method. In this methodseveral steps to build software, namely: Requirements Definition, System and SoftwareDesign, Implementation and Unit Testing, Integration and System Testing and Operationand Maintenance. Creating a Data Flow Diagram (DFD). Entity Relationship Diagram(ERD), database design using PhpMyAdmin, User Interface design using Cascading StyleSheet, Dreamweaver and other tools to create reports.This classroom division information testing system uses Blackbox Testing thatfocuses on functional requirements in software based on the software requirementsspecification. Management of the system that is in the form of added data, change thedata, delete data and print data applied so that users can be active in this system.
Android is a widely used of technology. Location Based Service (LBS) is an android feature to find the location of user’s device by utilizing satellite facilities. Problems faced by the students in Informatics of Faculty of Engineering are the limited number of lecturing rooms and the lack information of the use of those rooms. LBS feature on android will answer those existing problems. The methodology for development is Prototype by Pressman which has saveral stages namely (1) communication and initial data collection, (2) quick design, (3) formation of prototype, (4) evaluation of prototype, (5) improvement of prototype and (6) final production. Flowchart is made at analysis stage as well as Unified Modeling Language (UML) at the design stage. The language programs are Java, JSON, SQLite. Map plans are designed through Google Earth Pro and Edraw Max 7 placed on the Google Map API where data storage is made in the Firebase and SQLite online databases as local databases with application development created by Android Studio. Application of Location Based Service (LBS) in Faculty of Engineering of University of Palangka Raya is applied the Google Map API by each marker point being made which generates various radius. When the application user enters into each radius, it will produce a notification of room information that contains lectures taking place in the rooms. Therefore, the rooms associated with lectures is identified
SMP Negeri 6 Palangka Raya has a new student admission activity every year. The Implementation of New Student Admissions for SMP Negeri 6 Palangka Raya is a routine activity to recruit prospective new students who come from elementary or MI. So far, it is known that at SMP Negeri 6 Palangka Raya, the system for accepting new students and re-registering new students is still done manually, namely prospective students come to school with the registration requirements in the form of a Certificate of Original National Graduation Result, a copy of the Family Card, and a photo This makes the registration of new students and re-registration is ineffective and inefficient, because a lot of time, money and energy is wasted to register as new students and re-register at the school. Therefore we need a reliable, effective and efficient system that makes it easy for prospective new students who wish to register at the school and re-register when it is accepted to be accepted at the school, and also makes it easy for schools and committees in managing data of prospective new students quickly and efficiently and making credible reports, so that new student registration can be carried out properly The software development method used is a waterfall, system analysis using data flow diagrams and entity relationship diagrams, program code using PHP and MySQL. Based on the results of testing using the blackbox, the new student admission information system can be used properly
Bawan Permai Group is a company engaged in the procurement of construction services (contractor). So a computerized system is created which aims as a medium that facilitates and assists the company in managing, recording or controlling the inventory of construction services materials. The methodology used in making this application, namely Waterfall According to Summerville in 2011, which has stages, namely Requirements Definition which is carried out by making Flowcharts of the old system and the new system. System and Software Design is made by making Data Flow Diagrams (DFD) and Entity Relationship Diagrams (ERD). Implementation and Unit Testing is carried out by the realization of the system in the previous stage into the PHP programming language and MySQL database.Integration and System Testing is retested using Blackbox Testing. Blackbox Testing focuses on the functional specifications of the program. After testing, the results can be seen, namely the system can run properly. However, this application must always be monitored, developed and updated so that information can be conveyed properly and according to user needs.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.
hi@scite.ai
10624 S. Eastern Ave., Ste. A-614
Henderson, NV 89052, USA
Copyright © 2024 scite LLC. All rights reserved.
Made with 💙 for researchers
Part of the Research Solutions Family.