Agent-Based Architecture of a Distributed Laboratory System

Abstract

We present a method for designing the architecture of an agent-based e-educational system. We demonstrate the effectiveness of our method by its application in the design of a computational grid built to be an environment for lab activities. An integrated lab package was developed to allow students to utilize the grid services and support the learning process. Our architectural design strategy ensures an outstanding feature of the system: It allows lab modules to be added into the system in an incremental fashion while ensuring the correctness of the system. Students are recruited in our research program to develop lab modules and build the grid. Initial use of the lab package indicates that it allows lab activities to be performed more efficiently and it enhances the learning effectiveness.

A Case Study of Teaching Parallel and Distributed Computing Topics on a Computer Cluster

“…The project should serve as framework allowing limited platform processing, compilation and execution of C, C++, and Java source code, and its effective distribution on the cluster. The framework can then serve for further expansion and development of modules to handle additional programming languages and platforms (Lin, Nguyen, & Saqer, 2009;Lin, 2007).…”