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1. Finally, the loss of fault coverage due to the introduction of the parity tree is analyzed, and the detection of faults in the parity trees are described.

2. The configuration structure of test, the fault coverage, the implementation problems and their solutions were discussed.

3. In order to reduce the loss of the fault coverage when using the parity tree to compact the test response, a method of grouping compaction of the output pins is proposed in the paper.

4. Advanced software will help you predict the fault coverage for the test at hand.

5. For testing chip pins, the fault coverage can reach 100%, and the fault position can be positioned with high accuracy.

6. The fault coverage of the self repairing flight control systems(SRFCS) is defined including the coverage of the fault detection and isolation(FDI) and the rate of the successful reconfigurations.

7. The hierarchical nature of hierarchical systems(HS) aids in fault coverage.

8. This paper presents an approach to delay testing with duplicating variable observation points, which provides a high path delay fault coverage by testing a small number of paths.

9. As an important white-box test method, the basic path test has higher fault coverage.

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10. Finally, a numerical example is given for a fly-by-wire flight control system on four-redundancy. The variation of reliability with second fault coverage is determined.

11. Tests results showed that this method could test MCM effectively at a shorter time with a fault coverage of more than 95%.

12. Some RTL fault simulation methods have been proposed, but to get the total system fault coverage, the calculation of fault numbers or weighted coefficients need to synthesize RTL design into netlist.

13. The first model supposes every test case has equal fault detective ability and can get the same fault coverage.

14. Reseeding is a built-in self-test(B. IST) testing method, which is used to improve fault coverage of pseudo-random testing.

15. The proposed method can generate simplified test patterns with high fault coverage, and can detect multiple faults as many as possible.

16. The experimental results show the effectiveness and accuracy of the fault testability analysis fault coverage evaluation.

17. This paper describes the fault models and test principles of the BS test access port (TAP) lines on PCBs. A test algorithm with high fault coverage and short time is then presented fort...

18. Experimental results show that the proposed strategy is effective in software testing for conquering test blindness, reducing test cost and improving fault coverage.

19. The result indicates that the technology manipulates easily and is effective, the fault coverage reaches 90%, it is a feasible test generation technology.

20. Conventional STUMPS spends much time for testing, and its fault coverage is not high enough.

21. The experiments indicate that functional test sets may be able to identify functions whose realizations have low path delay fault coverage.

22. Experiments of some examples demonstrate that the test generation efficiency is enhanced 200 times, and the fault coverage has little loss.

23. Experimental results show that the proposed testing algorithms have merits such as high fault coverage, strong diagnostic ability and less testing time.

24. The experimental results showed that the method can effectively avoid the descending of the test reliability and give better fault coverage.

25. Reseeding is a built - in self - test testing method, which is used to improve fault coverage of - random testing.