Modeling a Set of Functional Test Sequences as a Single Sequence for Test Compaction.

This paper describes a new model for a set of test sequences where a set $S$ is described by a single functional test sequence $T$ . Using this model, a procedure that compacts $T$ compacts all the sequences in $S$ simultaneously. This enhances the ability of the procedure to compact the set compared with procedures that consider the sequences in the set individually. It also allows the test sequences in $S$ to be redefined. If different sequences in $S$ have substantially different lengths, repartitioning $T$ allows new sequences with more uniform lengths to be obtained. After repartitioning, additional test compaction can be achieved. This paper describes a test compaction procedure that includes these operations based on the modeling of a set as a single sequence. [ABSTRACT FROM PUBLISHER]