TIS tests different parts of the CPU and detects stuck-at faults. This method can be employed in offline and online testing of all kinds of processors. Hardware ...
TIS is an instruction-level methodology for processor core self-testing that enhances instruction set of a CPU with test instructions.
TIS tests different parts of the CPU and detects stuck-at faults. This method can be employed in offline and online testing of all kinds of processors. Hardware ...
TIS is an instruction-level methodology for processor core self-testing that enhances instruction set of a CPU with test instructions.
A software-based approach that reduces the hardware overhead to a reasonable size and second, testing the sequential parts of the processor besides the ...
Instruction Randomization Self Test (IRST) achieves stuck-at-fault coverage for an embedded processor core without the need for scan insertion or mux ...
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In this paper we propose an efficient methodology for processor core self-testing based on the knowledge of its instruction set architecture and register ...
We propose a new software-based self-testing methodology for processors, which uses a software tester embedded in the processor memory as a vehicle for applying ...
In this paper, we propose a software-based self-test methodology for embedded processor cores that is based on the knowledge of the Instruction Set Architecture.
Instruction level coverage techniques are used along with randomization to make IRST an efficient and effective test method. Instruction randomization methods ...