Super scalar architecture for billion device combinational and sequential circuit test design
N. Venkateswaran, V. Balaji, V. Mahalingam, T.L. Rajaprabhu · 2004
A number of ATPG algorithms exist for testing digital systems. ATPG being an NP complete process; application of these for testing billion device chips will be a terrible task. In general, the test generation time grows exponentially with die area. To overcome this, emulators have been proposed. But these emulation systems are targeted only towards a specific method, like serial fault simulation or combinational test generation or satisfiability. However, we propose a generalized application specific super scalar architecture for accelerated test generation and fault evaluation. This architecture is generalized in the sense that it can be programmed to perform combinational & sequential ATPG, fault evaluation and functional level testing.