Fault Coverage Analysis Using Sneak Path Based Testing in Memristor Circuits

Testing memristor crossbar arrays is required to ensure high quality. However, inefficient testing can be prohibitively expensive. To evaluate the quality and efficiency of a test requires identifying the underlying relationship between fault coverage and test time as measured by faults detected per added test vector. This work describes a test methodology that utilizes sneak paths for efficient test generation. This work further describes the relationship between added test vectors and improved fault coverage for the efficient test generation methodology