Welcome to D
SIGMOD 2005
PODS 2005
SIGMOD-RECOR
CIDR 2005
CIKM 2005
COMAD 2005
CVDB 2005
DaMoN 2005
Data Enginee
DEBS05
DMSN 2005
DOLAP 2005
GIR 2005
GIS 2005
Hypertext 20
ICDE 2005
ICDM 2005
IHIS 2005
IQIS 2005
JCDL 2005
KRAS 2005
MDM 2005
MIR 2005
MobiDE 2005
P2PIR 2005
RIDE 2005
SBBD 2005
SIGIR 2005
SIGIR-FORUM
SIGKDD 2005
SIGKDD-EXP
SSDBM 2005
TIME 2005
TKDE 2005
TODS 2005
VLDB 2005
VLDBJ 2005
WebDB 2005
WIDM 2005
About DiSC 2
Editorial Bo
Acknowledgem
DiSC'06 Site
Search DiSC'
<<<Author Index>>>
Copyright No

Jarek Gryz

Papers on DiSC'06


Maximal Vector Computation in Large Data Sets

Publications


Note: Links lead to the DBLP on the Web.

Jarek Gryz

Jan Chomicki , Parke Godfrey , Jarek Gryz, Dongming Liang : Skyline with Presorting: Theory and Optimizations. Intelligent Information Systems 2005 : 595-604

Parke Godfrey , Ryan Shipley , Jarek Gryz: Maximal Vector Computation in Large Data Sets. VLDB 2005 : 229-240

Daniel C. Zilio , Calisto Zuzarte , Sam Lightstone , Wenbin Ma , Guy M. Lohman , Roberta Cochrane , Hamid Pirahesh , Latha S. Colby , Jarek Gryz, Eric Alton , Dongming Liang , Gary Valentin : Recommending Materialized Views and Indexes with IBM DB2 Design Advisor. ICAC 2004 : 180-188

Jarek Gryz, Dongming Liang : Query Selectivity Estimation via Data Mining. Intelligent Information Systems 2004 : 29-38

Jarek Gryz, Junjie Guo , Linqi Liu , Calisto Zuzarte : Query Sampling in DB2 Universal Database. SIGMOD Conference 2004 : 839-843

Jan Chomicki , Parke Godfrey , Jarek Gryz, Dongming Liang : Skyline with Presorting. ICDE 2003 : 717-816

Jeff Edmonds , Jarek Gryz, Dongming Liang , Renée J. Miller : Mining for empty spaces in large data sets. Theor. Comput. Sci. 3 (296): 435-452 (2003)

Jarek Gryz, Dongming Liang : Query Optimization via Empty Joins. DEXA 2002 : 710-720

Jarek Gryz, K. Bernhard Schiefer , Jian Zheng , Calisto Zuzarte : Discovery and Application of Check Constraints in DB2. ICDE 2001 : 551-556

Jeff Edmonds , Jarek Gryz, Dongming Liang , Renée J. Miller : Mining for Empty Rectangles in Large Data Sets. ICDT 2001 : 174-188

Parke Godfrey , Jarek Gryz, Calisto Zuzarte : Exploiting Constraint-Like Data Characterizations in Query Optimization. SIGMOD Conference 2001 : 582-592

Parke Godfrey , Jarek Gryz: Partial Evaluation of Views. J. Intell. Inf. Syst. 16 (1): 21-39 (2001)

Parke Godfrey , Jarek Gryz: A Strategy for Partial Evaluation of Views. Intelligent Information Systems 2000 : 337-349

John Grant , Jarek Gryz, Jack Minker , Louiqa Raschid : Logic-Based Query Optimization for Object Databases. IEEE Trans. Knowl. Data Eng. 12 (4): 529-547 (2000)

Parke Godfrey , Jarek Gryz: Answering Queries by Semantic Caches. DEXA 1999 : 485-498

Parke Godfrey , Jarek Gryz: View Disassembly. ICDT 1999 : 417-434

Qi Cheng , Jarek Gryz, Fred Koo , T. Y. Cliff Leung , Linqi Liu , Xiaoyan Qian , K. Bernhard Schiefer : Implementation of Two Semantic Query Optimization Techniques in DB2 Universal Database. VLDB 1999 : 687-698

Jarek Gryz: Query Rewriting Using Views in the Presence of Functional and Inclusion Dependencies. Inf. Syst. 24 (7): 597-612 (1999)

Jarek Gryz: Query Folding with Inclusion Dependencies. ICDE 1998 : 126-133

Parke Godfrey , John Grant , Jarek Gryz, Jack Minker : Integrity Constraints: Semantics and Applications. Logics for Databases and Information Systems 1998 : 265-306

Jarek Gryz: An Architecture for a Parallel Disjunctive Deductive Database System. Data Knowl. Eng. 28 (2): 233-248 (1998)

Parke Godfrey , Jarek Gryz: Overview of Dynamic Query Evaluationin Intensional Query Optimization. DOOD 1997 : 425-426

John Grant , Jarek Gryz, Jack Minker , Louiqa Raschid : Semantic Query Optimization for Object Databases. ICDE 1997 : 444-453

Parke Godfrey , Jarek Gryz: Semantic Query Caching for Hetereogeneous Databases. KRDB 1997 : 6.1-6.6

Parke Godfrey , Jarek Gryz: A Framework for Intensional Query Optimization. DDLP 1996 : 57-68

Parke Godfrey , Jarek Gryz, Jack Minker : Semantic Query Optimization for Bottom-Up Evaluation. ISMIS 1996 : 561-571

1 [ 24 ]

2 [ 10 ]

3 [ 21 ] [ 26 ]

4 [ 24 ]

5 [ 24 ]

6 [ 17 ] [ 20 ]

7 [ 1 ] [ 2 ] [ 3 ] [ 5 ] [ 7 ] [ 11 ] [ 12 ] [ 14 ] [ 15 ] [ 16 ] [ 21 ] [ 25 ] [ 26 ]

8 [ 4 ] [ 7 ] [ 13 ]

9 [ 22 ]

10 [ 10 ]

11 [ 10 ]

12 [ 17 ] [ 19 ] [ 20 ] [ 21 ] [ 23 ] [ 24 ] [ 26 ]

13 [ 24 ]

14 [ 10 ] [ 22 ]

15 [ 24 ]

16 [ 24 ]

17 [ 17 ] [ 20 ]

18 [ 1 ] [ 4 ] [ 7 ] [ 13 ]

19 [ 24 ]

20 [ 10 ]

21 [ 4 ] [ 13 ]

22 [ 10 ] [ 18 ]

23 [ 25 ]

24 [ 24 ]

25 [ 18 ]

26 [ 24 ]

27 [ 16 ] [ 18 ] [ 22 ] [ 24 ]




©2006 Association for Computing Machinery