E-LEARNING SYSTEM FRAMEWORK USING ELLIPTIC CURVE CRYPTOGRAPHY AND SEARCHABLE ENCRYPTION
E-LEARNING SYSTEM FRAMEWORK USING ELLIPTIC CURVE CRYPTOGRAPHY AND SEARCHABLE ENCRYPTION

Summary/Abstract: E-learning represents one of the foremost wide technique in modern education. Our framework is starting from the training effectiveness idea, for the learners not to acquire knowledge and skills independently, but instead to allow the learner to have access to their material in a customized fashion which will meet their needs without any barriers, such as time or space. Our framework is designed with respect for Business Intelligence and in the same time is capable to offer a framework fully-loaded with Business Intelligence to give a full oversight over the organizational training; competencies management based on mapped organization plan which will identify smartly the gaps; with monitor and management courses; from e-course to conventional or VR and AR; and with a fully-loaded business intelligence features which will give the possibility to have multiple dashboard analytics. The current paper describes an e-learning framework that will assure the security of the data using elliptic curve cryptography, the data are being stored in a big data environment. Our framework aims to optimize the quantity of data and to offer security protection for the data, which is available on front end computers. The security will be guaranteed by a scheme based on elliptic curve cryptography and searchable encryption mechanisms. The role of searchable encryption will allow accessing the data on encrypted cloud and searches will be performed over encrypted content. Our framework will be dependent on some of the learner's behavior characteristics. The learner behavior will be understood as 'behavior in context' and characterized as an important security parameter for each learner.

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