Hyeokyoung Kwon, Youngsu Ryu, Jaehong Park, Kiwon Kwon, Journal of Internet Computing and Services, Vol. 17, No. 5, pp. 59-66, Oct. 2016
10.7472/jksii.2016.17.5.59, Full Text:
Keywords: Energy Storage System, Verification Software, Time Complexity, Space Complexity, Cyclomatic Complexity

Abstract

Recently, a study has been progressed about the energy storage system for resolving energy shortage problems in the world. The energy storage system can maximize energy storage system's energy usage by monitoring and controlling about all energy infrastructures on energy network. However, compatibility problems among main components or devices of the energy storage system are obstacles to development of energy storage system products. An extensible profile and extensible profile verification software being able to verify the extensible profile have been required in order to resolve compatibility problems. In this paper, the study on complexity analysis for the extensible profile verification software for the energy storage system is performed. A XML based profile and C language structure based profile are used for analysis of the profile verification software. The complexity of complex verification structure that parses the XML based profile several times and simple verification structure that parses the C language structure based profile are analyzed and compared. Time complexity, space complexity, and cyclomatic complexity are used for complexity analysis. By using these complexity analysis, the study result that compares and analyzes the complexity of XML based and C language structure based profile verification software is presented.

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