As with any design method, testing is critical. We present a technique for testing self-timed micropipelines for stuck-at faults and for delay faults in the ...

Testing Micropipelines involves testing for stuck- at faults in the circuits and testing for bundling con- straint violations which is similar to delay testing ...

This behavior makes the data path of a micropipeline easy to test. The pipeline behavior of micropipelines is evident when they are given several inputs in ...

Oct 11, 2022 · A micropipeline is a small, loosely coupled data pipeline that operates on one or more input datasets and produces one or more output datasets.

This scan path allows the processing logic in the micropipeline, to be fully tested with only a small overhead in the latch and control circuits. The test ...

As shown in Figure 1, a micropipeline consists of a datapath and the corresponding pipeline latches controlled by a series of interlocking Muller C- elements.

The test procedure described in this paper provides for the detection of all single stuck-at faults in the micropipeline. It is shown that delay faults in the ...

The test procedure described in this paper provides for the detection of all single stuck-at faults in the micropipeline. It is shown that delay faults in the.

A built-in self-test (BIST) micropipeline design based on an asynchronous BILBO register which can operate in four modes: normal operation, shift, ...

The Beam SDKs provide a number of ways to unit test your pipeline code, from the lowest to the highest levels.