Travelled to:1 × China
1 × France
1 × Italy
1 × United Kingdom
4 × USA
Collaborated with:K.S.Candan K.S.Candan M.J.Harrold S.Sinha C.Görg H.Shah S.Cheung S.K.0001 J.Nam J.Yeon S.Choi S.Kim M.G.Nanda S.Jiang F.Chen T.Gonzalez J.Li M.Marwah J.Pruyne K.Viswanathan J.Cobb T.M.Kurç A.Orso J.H.Saltz A.R.Post K.Malhotra S.B.Navathe
Talks about:tensor (7) decomposit (4) effici (4) test (3) approxim (2) databas (2) failur (2) relat (2) fault (2) base (2)
Person: Mijung Kim
DBLP: Kim:Mijung
Contributed to:
2015
2014
20142012
20122011
201020092018Wrote 10 papers:
- ESEC-FSE-2015-KimNYCK #api #fault #named #performance #predict #testing
- REMI: defect prediction for efficient API testing (MK, JN, JY, SC, SK), pp. 990–993.
- CIKM-2014-KimC #array #performance
- Efficient Static and Dynamic In-Database Tensor Decompositions on Chunk-Based Array Stores (MK, KSC), pp. 969–978.
- CIKM-2014-KimC14a #named #query
- TensorDB: In-Database Tensor Manipulation with Tensor-Relational Query Plans (MK, KSC), pp. 2039–2041.
- SIGMOD-2014-ChenGLMPVK #manycore #named #scalability
- Palette: enabling scalable analytics for big-memory, multicore machines (FC, TG, JL, MM, JP, KV, MK), pp. 705–708.
- CIKM-2012-KimC #approximate #composition #dependence #functional #performance
- Decomposition-by-normalization (DBN): leveraging approximate functional dependencies for efficient tensor decomposition (MK, KSC), pp. 355–364.
- ISSTA-2012-KimCHKOSPMN #performance #testing
- Efficient regression testing of ontology-driven systems (MK, JC, MJH, TMK, AO, JHS, ARP, KM, SBN), pp. 320–330.
- CIKM-2011-KimC #algebra #approximate #composition #framework
- Approximate tensor decomposition within a tensor-relational algebraic framework (MK, KSC), pp. 1737–1742.
- ICST-2010-KimSGSHN #analysis #automation #debugging #identification
- Automated Bug Neighborhood Analysis for Identifying Incomplete Bug Fixes (MK, SS, CG, HS, MJH, MGN), pp. 383–392.
- ISSTA-2009-SinhaSGJKH #exception #fault #java #locality #runtime
- Fault localization and repair for Java runtime exceptions (SS, HS, CG, SJ, MK, MJH), pp. 153–164.
- ESEC-FSE-2018-KimC0 #fault #using
- Which generated test failures are fault revealing? prioritizing failures based on inferred precondition violations using PAF (MK, SCC, SK0), pp. 679–690.