Research Process on Software Development Model

Jian, Yu

doi:10.1088/1757-899x/394/3/032045

Cited by 21 publications

(16 citation statements)

References 1 publication

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“…This is different from some other development models that allow the two to communicate to determine or revise the work at the coding stage. The waterfall method is generally used in large system creation projects with high complexity and requires many human resources in its development (Yu, 2018). Can be seen the waterfall method stages in Figure 1.…”

Section: Methodsmentioning

confidence: 99%

Comparative Analysis of Rest and GraphQL Technology on Nodejs-Based Api Development

Diyasa

Budiwitjaksono

Ma’rufi

et al. 2021

Nusantara Science and Technology Proceedings

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Web service is a method of connecting servers and client applications. There are several types of technology in developing a web service, such as REST and Graph-QL. Graph-QL is an alternative technology created by Facebook to correct REST technology's shortcomings, especially in the data presentation section. Graph-QL provides an alternative where the client application can determine for them what data is needed. This paper analyzes the performance of the two technologies to determine which technology is suitable for their needs. The analysis carried out is to compare the response speed and data efficiency to optimize the available bandwidth. The development model uses the waterfall model, which consists of research, design, implementation, and testing. As a test object, two Node-JS based applications were developed with the Express Framework, which applied REST and Graph-QL concepts on each test object. The results obtained are that REST has better performance than Graph-QL in its response speed. On the other hand, Graph-QL also excels in data presentation by client application requests to optimize the available bandwidth.

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Section: Methodsmentioning

confidence: 99%

Comparative Analysis of Rest and GraphQL Technology on Nodejs-Based Api Development

Diyasa

Budiwitjaksono

Ma’rufi

et al. 2021

Nusantara Science and Technology Proceedings

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“…The methodology used in the development of the application is the Fourth Generation Technique (4GT) was comprised of four major parts namely: requirements, gathering, design strategy, implementation, and testing. In the 4GT model, a program is constructed according to the specification of the developers while the source code is generated automatically (Yu, 2018).…”

Section: Development Processmentioning

confidence: 99%

Routine Vaccine Simulation for Infants in a Mobile Environment

Asiado

Cabuntucan

Santiago

2022

IJCSR

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Purpose–Thisstudy aimed to develop and evaluate the Routine Vaccine Simulation for Infants. The routine vaccine simulation application was developed for the health workers and parents to provide basic information and press the importance of the vaccination to infants.Method–The researchers used the fourth-generation technique (4GT) for the software development life cycle of the application. The technique adapted contains four major parts namely, requirements gathering, design strategy, implementation, and testing.Results–The application was tested and evaluated by health workers, parents, and IT practitioners from the academe and the industry. The evaluation was based on criteria for core app quality. Descriptive and inferential statistics were employed for data presentation and interpretation. As a whole, the evaluation of the android-based routine vaccine simulation application was found excellent in most of its features. The finding asserts the adherence to the standards of android developmentapplicationsand conforms to the expectations of the app’s potentialusers. Conclusion–The development of a routine vaccine app for infants serves as a new platform for immunization awareness and education. Once information given in the app is taken earnestly, infants will be protected against diseases. Thus, controversies surrounding vaccination hesitancies can be decreased.Recommendations–A thorough information dissemination and education campaign regarding vaccine safety can be initiated in the local communities to address the issues on vaccine safety and hesitancy.Research Implications–The healthcare system in the communities through the local government unit (LGU) willbe able to benchmark and implement the information dissemination and education to mothers and health workers using the app.

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“…Dalam pembuatan Sistem Informasi Donor Darah menggunakan metode penelitian waterfall [5], metode ini terdiri dari empat tahap yaitu analisis dan pengumpulan data, desain, implemetasi, uji coba, dan pengelolaan. Tahap demi tahap yang dilakukan harus dilaksanakan secara berurutan dan tidak bisa melakukan suatu tahap tanpa menyelesaikan tahap sebelumnya terlebih dahulu.…”

Section: Metode Penelitianunclassified

Rancang Bangun Sistem Informasi Donor Darah (SIMORA) Di PMI Kota Surakarta

Yudhanto

2022

Indonesian J. Appl. Informatics

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Abstrak Masyarakat yang hendak melakukan donor darah seringkali mengalami kerepotan dalam pengisian form pendonor. Hal ini dikarenakan Palang Merah Indonesia (PMI) atau Mobile Unit PMI belum mempunyai sistem registrasi pendonor yang dilakukan secara tersisteminasai dan terhubung pangkalan data pedonor yang dapat diakses dengan cepat. Perlunya menemukan cara utnuk memecahkan permasalahan yang ada dengan menyediakan sebuah program sistem informasi donor darah yang dapat digunakan untuk melakukan pendataan dan registrasi. Sistem Informasi Donor Darah berbasis Web merupakan sebuah cara untuk menampilkan halaman registrasi untuk pendonor sehingga diharapkan masyarakat dapat melakukan registrasi donor darah lebih cepat dan dikembangkan dengan metode waterfall. Dengan menggunakan bahasa pemrograman PHP, database MySQL dan framework CodeIgniter dalam pembangunan sistem informasi donor darah berbasis web. Hasil penelitian bahwa aplikasi dapat digunakan untuk mendata pendonor darah di kota Surakarta yang di kelola oleh Palang Merah Indonesia kota Surakarta. =================================AbstractPeople who want to donate blood often experience difficulties in filling out donor forms. This is because the Palang Merah Indonesia (PMI) or the PMI Mobile Unit does not yet have a donor registration system that is carried out systematically and connected to a donor database that can be accessed quickly. a solution to solve existing problems by providing a blood donor information system program that can be used for data collection and registration is needed. The Web-based Blood Donor Information System is a way to display the registration page for donors so that it is hoped that the public can register blood donors more quickly and is developed using the waterfall method. By using the PHP programming language, MySQL database and CodeIgniter framework in the development of a web-based blood donor information system. The results showed that the application can be used to register blood donors in the city of Surakarta which is managed by the Indonesian Red Cross in the city of Surakarta.

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Research Process on Software Development Model

Cited by 21 publications

References 1 publication

Comparative Analysis of Rest and GraphQL Technology on Nodejs-Based Api Development

Comparative Analysis of Rest and GraphQL Technology on Nodejs-Based Api Development

Routine Vaccine Simulation for Infants in a Mobile Environment

Rancang Bangun Sistem Informasi Donor Darah (SIMORA) Di PMI Kota Surakarta

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