Dynamic Approach for Efficient Deployment of Intelligent Tutoring Systems (ITSs)

The use electronic and automatic systems for online teaching and learning are becoming the common approach in education as growing requirement in many universities word wide. This type of education system is also referred as online learning. The advantage is that it saves time, efforts and costs. There are different frameworks or platform introduced for online learning such as LMS (Learning Management System), PLE (Personal Learning Environments) etc. Intelligent Tutoring Systems (ITSs) are most recent and automated framework introduced for online learning in universities. For such ITSs, deployment is very difficult task in different types of educational platforms due to the issues of compatibility and interoperability. Deploying ITSs is becomes an extra work for educational platforms to get in operating position. Already ITSs needs resources and time for its implementation. Also, also teachers on such platforms are having important value for education; it is must that they all should be shared and accessed by different students online easily over various operating platforms. In this paper we are presenting an efficient open framework for ITSs which can solves the limitations related to interoperability issues. Proposed solution is not requiring the resources like databases; hence the restriction on interoperability learning objects is removed. This approach overcomes the limitations of external resources dependencies. During this paper, we limited our working on designing ITSs components and use of new hybrid cryptography method for information security.