Harrold M J，Gupta R，Soffa M L. A methodology for controlling the size of a test suite[J]. ACM Transaction on Software Engineering and Methodology，1993，2(3): 270 － 285.
[2]
Chvatal V. A rgreedy heuristic for the set-covering problem[J].Mathematics of Operations Research，1974，4(3):233 － 235.
[3]
Chen T Y，Lau M F. A new heuristic for test suite reduction [J].Information and Software Technology，1998，40(5 /6):47 － 354.
[4]
Chen T Y，Lau M F. On the completeness of a test suite reduction strategy [J]. The Computer Journal，1999，42(5):30 － 440.
[5]
Chen T Y，Lau M F. Dividing strategies for the optimization of a test suite [J]. Information Processing Letters，1996，60(3):35－ 141.
[6]
Mansour N，FakinK E. Simulated annealing and genetic algorithms for optimal regression testing[J]. Journal of Software Maintenance:Research and Practice，1999，11(1):19 － 34.
[7]
Rothermel G，Harrold M J，Ostrin J，et al. An empirical study of the effects of minimization on the fault detection capabilities of test suites [J]. Software Maintenance，1998(11): 34 － 43.
[8]
Wong W E，Horgan J R，London S，et al. Effect of test set minimization on fault detection effectiveness [J]. Software: Practice and Experience，1998，28(4): 347 － 369.
Jeffrey D，Gupta N. Test Suite Reduction with Selective Redundancy[C]/ /IEEE International Conference on Software Maintenance. Budapest: IEEE Computer society，2005: 549 － 558.
[12]
Jeffrey D，Gupta N. Improving fault detection capability by selectively retaining test cases during test suite reduction [J]. IEEE Transaction on Software Engineering，2007，33(2):108 － 123.
