A Study on Performance Indicator of University Students’ Career Information Management System Using Block Chain Technology

Abstract

Testing of software is a time-consuming activity which requires a great deal of planning and resources. Blockchain based testing is gaining importance as a research issue. In scenario-based testing, test scenarios are used for generating test cases and to prove performance indicators to describe analysis and design specifications of software development. In this paper, we generate test scenarios from activity diagrams, which achieve test adequacy criteria perfectly. Finally we generate test cases by analyzing the respective sequence and class diagrams of each scenario, which achieves maximum path coverage criteria.We suggest the feature of the block chain technology that is impossible to correct or deleted the recorded facts to gain greater efficiency in University Student’s Career Management System. University Students’ Career Information Management System has dual aims to increase competency and stimulate adoption of long-term career counselling, career design, and career management for students to enter the target company after entering the university. Whilst it has generally achieved its first aim, its issues are hindering the accomplishment of the second. Several solutions have been proposed to improve Students’ Career Information Management System, yet none of them have considered the revolutionary advancement to prevent fraud and falsification issues. In this paper, We propose deployment of Students’ Career Information Management System using block chain technology to provide trustworthy data and information. Key to the success of this research is a scalable and distributed block chain technology, which has been applied as a distributed transaction book and smart contract[1]. 

Keywords: Blockchain, Reliability, Integrity, Career Management, Distributed Systems, University Student, Performance indicator, Career Information