BibSLEIGH
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Used together with:
system (6)
data (6)
line (5)
databas (5)
base (4)

Stem reorgan$ (all stems)

30 papers:

PPoPPPPoPP-2013-WuZZJS #algorithm #analysis #complexity #design #gpu #memory management
Complexity analysis and algorithm design for reorganizing data to minimize non-coalesced memory accesses on GPU (BW, ZZ, EZZ, YJ, XS), pp. 57–68.
SIGMODSIGMOD-2011-BeierSS #online
Online reorganization in read optimized MMDBS (FB, KS, KUS), pp. 1125–1136.
SIGIRSIGIR-2008-BrisaboaFLN
Reorganizing compressed text (NRB, AF, SL, GN), pp. 139–146.
ICPRICPR-v4-2004-MarkouS #feature model
Feature Selection based on a Black Hole Model of Data Reorganization (MM, SS), pp. 565–568.
SPLCSPLC-2004-JolleyKB #product line
Governing Software Product Lines and Reorganizations (TMJ, DJK, TRB), pp. 1–17.
CIKMCIKM-2001-FuCJ #data access #web
Reorganizing Web Sites Based on User Access Patterns (YF, MC, CJ), pp. 583–585.
SIGMODSIGMOD-2000-LakhamrajuRSS #database #online
On-line Reorganization in Object Databases (MKL, RR, SS, SS), pp. 58–69.
PLDIPLDI-1999-DingK #performance #runtime
Improving Cache Performance in Dynamic Applications through Data and Computation Reorganization at Run Time (CD, KK), pp. 229–241.
VLDBVLDB-1998-ZouS #online
Safely and Efficiently Updating References During On-line Reorganization (CZ, BS), pp. 512–522.
SIGMODSIGMOD-1996-ZouS #online
On-line Reorganization of Sparsely-populated B+trees (CZ, BS), pp. 115–124.
CAiSECAiSE-1996-BellahsenePT #design #information management
Views for Information System Design without Reorganization (ZB, PP, MT), pp. 496–513.
OOPSLAOOPSLA-1996-R
Reorganizing Split Objects (HA), pp. 138–149.
SACSAC-1995-ChenH #algorithm #analysis #concurrent #database #performance
Performance analysis of a periodic data reorganization algorithm for concurrent B-trees in database systems (IRC, SH), pp. 40–45.
ICSMEICSM-1994-AmmannC #in the large
Inter-Module Renaming and Reorganizing: Examples of Program Manipulation-in-the-Large (MMA, RDC), pp. 354–361.
VLDBVLDB-1992-SalzbergD #online #transaction
Principles of Transaction-Based On-Line Reorganization (BS, AD), pp. 511–520.
ECOOPECOOP-1992-Casais #approach #incremental
An Incremental Class Reorganization Approach (EC), pp. 114–132.
PLDIPLDI-1991-WilsonLM #effectiveness #garbage collection #locality
Effective “Static-Graph” Reorganization to Improve Locality in Garbage-Collected Systems (PRW, MSL, TGM), pp. 177–191.
OOPSLAOOPSLA-ECOOP-1990-LernerH #database #evolution
Beyond Schema Evolution to Database Reorganization (BSL, ANH), pp. 67–76.
VLDBVLDB-1987-MarkowitzM #database #incremental #relational
Incremental Reorganization of Relational Databases (VMM, JAM), pp. 127–135.
VLDBVLDB-1985-Omiecinski #incremental
Incremental File Reorganization Schemes (EO), pp. 346–357.
SIGIRSIGIR-1984-OmiecinskiS #approach #clustering
A Global Approach to Record Clustering and File Reorganization (EO, PS), pp. 201–219.
POPLPOPL-1982-HennessyG #code generation #constraints #pipes and filters
Code Generation and Reorganization in the Presence of Pipeline Constraints (JLH, TRG), pp. 120–127.
DACDAC-1981-TanakaMNOTK #array #design #logic
An integrated computer aided design system for gate array masterslices: Part 1. Logic reorganization system LORES-2 (CT, SM, SN, TO, MT, KK), pp. 59–65.
VLDBVLDB-1981-Soderlund #assessment #concurrent #database #modelling
Concurrent Data Base Reorganization — Assessment of a Powerful Technique through Modeling (LS), pp. 499–509.
SIGMODSIGMOD-1980-GudesT
Experiments with B-Tree Reorganization (EG, ST), pp. 200–206.
DACDAC-1978-NakamuraMTTFK #logic #named
LORES — Logic Reorganization System (SN, SM, CT, MT, HF, KK), pp. 250–260.
SIGMODSIGMOD-1977-LohmanM #policy
Optimal Policy for Batch Operations: Backup, Checkpointing, Reorganization, and Updating (Abstract) (GML, JAM), p. 157.
VLDBVLDB-J-1975-YaoDT76 #algorithm #database
A Dynamic Database Reorganization Algorithm (SBY, KSD, TJT), pp. 159–174.
VLDBVLDB-1975-DasTY #design
Reorganization Points for File Designs with Nonlinear Processing Costs (KSD, TJT, SBY), pp. 516–518.
SIGMODSIGFIDET-1974-FryJ #towards
Towards a Formulation and Definition of Data Reorganization (JPF, DWJ), pp. 83–100.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
Hosted as a part of SLEBOK on GitHub.