Transcription of A Survey on Combinatorial Group Testing Algorithms with ...
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DIMACSS eriesinDiscreteMathematicsandTheoretical ComputerScienceA SurveyonCombinatorialGroupTestingAlgorit hmswithApplicationstoDNA TRACT. Inthispaper, wegive focusesonseveralclassesofconstructionsno tdiscussedinprevioussurveys,providesa (aDNAsegment)fromthelibrarycontainswhich probefroma saidtobepositivefora probeif it containstheprobe, ,sincecheckingeachclone-probepairis expensive andusuallyonlyafew clonescontainany whenSequenced-TaggedSitemarkers(alsocall edSTSprobes)areused[OHCB89].If thetestresultfora pool(ofclones)isnegative, indicatingthatnocloneinthepoolcontainsth eprobe, justaninstanceofthegeneralgrouptestingpr oblem,inwhicha largepopulationofitemscontaininga smallsetofdefectivesaretobetestedtoident ifythedefectivesefficiently. We assumesometestingmechanismexistswhichif appliedtoanarbitrarysubsetofthepopulatio ngivesanegativeoutcomeif thesubsetcontainsnodefec-tive ,limitingnumberofpools,limitingpoolsizes totoleratinga isconceivablethattheseobjectivesareoften contradicting, categories:CombinatorialGroupTesting(CGT )andProbabilisticGroupTesting(PGT).
DIMACS Series in Discrete Mathematics and Theoretical Computer Science A Survey on Combinatorial Group Testing Algorithms with Applications to DNA Library Screening
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Code Coverage Analysis of Combinatorial Testing, INTRODUCTION Combinatorial Testing, Combinatorial Testing, Testing, Combinatorial Interaction Regression Testing: A, Introduction, Combinatorial, Introduction to Combinatorial Testing, Testing Across Configurations: Implications for Combinatorial Testing, A Survey of Combinatorial Testing