Digital Library[ Search Result ]
Best Practices on Software Development and Management Process for the Republic of Korea Army Information System
Bo Kyung Park, Chae Yun Seo, Ki Du Kim, Jong Hoon Lee, R.Young Chul Kim
http://doi.org/10.5626/JOK.2020.47.10.911
Korea Army HQ Information System Management Group is in absolute need to construct a software development management process to develop high-quality software. Therefore, they tried to partially construct the Army information software development system based on commercial software and operating systems. But the current issue is the complete construction of the open source-based software development and management system. To solve this problem, we propose the means to enhance the previous Army Information System with an open OS-based software development management process for quality improvement of Army software. This approach brings a solution to build an independent, salable and flexible software development management process with all open sources based on CentOS. This process can be easily adapted with some mechanisms such as application of the redefined quality metrics, automatically generating development documentation, and identifying the code complexity on the entire software lifecycle. Also, the process possibly facilitates the development high-quality software. In the future, we will need to extend the process by involving software process training, designing, development, maintenance and establishment at each phase of the lifecycle.
A Practice of Software Development Process Visualization for Army Information System Management
Woo Sung Jang, Hyung Seung Son, R.Young Chul Kim, Jong Hoon Lee
http://doi.org/10.5626/JOK.2018.45.9.904
To increase the chance of success of the current software project, we need a software process that is like a manufacturing process. Specially, the army information system should focus on developing an effective information system and managing byproducts as a whole process. Moreover, maintenance will require a way to avoid maintenance delays, which increase a costs, and degrade quality. To solve this problem, we apply a process visualization mechanism for the Army’s system, one of process, architecture, and documentation visualization in NIPA. We can guarantee a high quality of software that will provide transparency and traceability for all stakeholders in the life cycle. We expect to maintain high quality for the army’s software with quality indicators, result visualization, scheduling control, and management.
Search
Journal of KIISE
- ISSN : 2383-630X(Print)
- ISSN : 2383-6296(Electronic)
- KCI Accredited Journal
Editorial Office
- Tel. +82-2-588-9240
- Fax. +82-2-521-1352
- E-mail. chwoo@kiise.or.kr