Laboratory framework TEAM for investigating the dependability issues of microprocessor systems

We propose a laboratory research and student training oriented framework consisting of Test Evaluation Automated Means (TEAM) as a set of tools for evaluating the quality of test programs for microprocessors and systems. TEAM enables students to learn and analyze the dependability issues of microprocessor systems, to create their own designs and develop test programs, to analyze the quality of testing, and to make decisions about improving the testability of systems. The tool set in TEAM is mostly open and consists of the assembly level test converter, register transfer level test program simulator, global test converter into local test sequences for modules of the system, and gate-level fault simulator. The general ideas of hands-on laboratory training supported by TEAM are outlined. The research tasks of test program generation can be set up in a way that enables a competition between students, and as a consequence, motivates them to better understand the problems of testing of complex systems and their dependability.