Authors : Woon-Yong Kim and Soon Gohn Kim
Abstract: Various service platforms using a variety of Iot technologies have expanded into a wide range of industries and they are demanding a more stable system environment in an independent configuration. In this study, we propose the software management model including the process divide structure and the synchronization techniques in the software design process to make a service platform that is required continuous and stable structure. We apply process divide technique using IPC mechanism in the software design process to take advantage of the stable and independent structure of the core functions. By providing a process divide cooperative structure that is based on the IPC (Inter Process Communication) mechanism in the software design process, we can perform critical process management more effective and independent in the design process. And also it provides more active and ongoing management structure through management model and synchronization techniques. This model will be able to run the software faster and more reliably because it operates independently from the specific process to deal with error conditions that may occur in the unpredictable system environment. In the future, the software design process based on the process divide model will be able to configure a more efficient model by applying to various industries fields.
Woon-Yong Kim and Soon Gohn Kim, 2017. Process Division Software Design Techniques for Reliability and Continuous Service Management. Journal of Engineering and Applied Sciences, 12: 6775-6780.