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Stem commit$ (all stems)

126 papers:

SIGMODSIGMOD-2015-GurukarRR #approach #commit #communication #mining #named #network #scalability
COMMIT: A Scalable Approach to Mining Communication Motifs from Dynamic Networks (SG, SR, BR), pp. 475–489.
SIGMODSIGMOD-2015-NawabAAA #commit #latency #transaction
Minimizing Commit Latency of Transactions in Geo-Replicated Data Stores (FN, VA, DA, AEA), pp. 1279–1294.
ICPCICPC-2015-LeVLP #automation #commit #information management #named
RCLinker: automated linking of issue reports and commits leveraging rich contextual information (TDBL, MLV, DL, DP), pp. 36–47.
ICPCICPC-2015-SchermannBPLG #commit
Discovering loners and phantoms in commit and issue data (GS, MB, SP, PL, HCG), pp. 4–14.
MSRMSR-2015-MauczkaBSG #commit #dataset #developer
Dataset of Developer-Labeled Commit Messages (AM, FB, CS, TG), pp. 490–493.
MSRMSR-2015-MouraPEC #commit #energy #mining
Mining Energy-Aware Commits (IM, GP, FE, FC), pp. 56–67.
PLDIPLDI-2015-CraryS #peer-to-peer #using
Peer-to-peer affine commitment using bitcoin (KC, MJS), pp. 479–488.
CHICHI-2015-MunsonKRR #physics #process
Effects of Public Commitments and Accountability in a Technology-Supported Physical Activity Intervention (SAM, EK, CRR, PR), pp. 1135–1144.
HCIDUXU-UI-2015-WiedauGFGW #communication #named
Commiticator: Enhancing Non-verbal Communication by Means of Magnetic Vision (AW, DG, RF, TG, MW), pp. 705–714.
ICEISICEIS-v2-2015-FariasNOCM #case study #commit #email #mining #repository
Analyzing Distributions of Emails and Commits from OSS Contributors through Mining Software Repositories — An Exploratory Study (MAdFF, RLN, PO, MCJ, MGM), pp. 303–310.
SEKESEKE-2015-BurnayJF #elicitation #how #requirements
How Stakeholders’ Commitment May Affect the Success of Requirements Elicitation (CB, IJ, SF), pp. 336–341.
ESEC-FSEESEC-FSE-2015-LeiteTF #commit #named
UEDashboard: awareness of unusual events in commit histories (LL, CT, FMFF), pp. 978–981.
ESEC-FSEESEC-FSE-2015-RosenGS #commit #predict #risk management
Commit guru: analytics and risk prediction of software commits (CR, BG, ES), pp. 966–969.
ICSEICSE-v2-2015-AlexandruG #agile #analysis #multi
Rapid Multi-Purpose, Multi-Commit Code Analysis (CVA, HCG), pp. 635–638.
ICSEICSE-v2-2015-BarikLM #commit
Commit Bubbles (TB, KL, ERMH), pp. 631–634.
ICSEICSE-v2-2015-VasquezCAP #automation #commit #generative #named
ChangeScribe: A Tool for Automatically Generating Commit Messages (MLV, LFCC, JA, DP), pp. 709–712.
SIGMODSIGMOD-2014-PangKFF #commit #named #predict
PLANET: making progress with commit processing in unpredictable environments (GP, TK, MJF, AF), pp. 3–14.
ICPCICPC-2014-KirinukiHHK #commit #exclamation #question
Hey! are you committing tangled changes? (HK, YH, KH, SK), pp. 262–265.
ICPCICPC-2014-ShobeKZK #commit #on the #open source
On mapping releases to commits in open source systems (JFS, MYK, MBZ, HHK), pp. 68–71.
ICSMEICSME-2014-BiazziniMB #commit #distributed #on the #version control
On Analyzing the Topology of Commit Histories in Decentralized Version Control Systems (MB, MM, BB), pp. 261–270.
ICSMEICSME-2014-YamauchiYHHK #clustering #commit #comprehension #implementation
Clustering Commits for Understanding the Intents of Implementation (KY, JY, KH, YH, SK), pp. 406–410.
MSRMSR-2014-GuzmanAL #analysis #commit #empirical #git #sentiment
Sentiment analysis of commit comments in GitHub: an empirical study (EG, DA, YL), pp. 352–355.
MSRMSR-2014-ZanjaniSK #commit #impact analysis #interactive #source code
Impact analysis of change requests on source code based on interaction and commit histories (MBZ, GS, HHK), pp. 162–171.
SCAMSCAM-2014-Cortes-CoyVAP #automation #commit #generative #on the #source code #summary
On Automatically Generating Commit Messages via Summarization of Source Code Changes (LFCC, MLV, JA, DP), pp. 275–284.
KMISKMIS-2014-WoitB #collaboration #consistency #development #process #programming
Commitment and Consistency in the Collaborative Software Development Process of Extreme Programming (DMW, KJB), pp. 375–381.
SEKESEKE-2014-HouMCX #empirical
An Empirical Study on Inter-Commit Times in SVN (QH, YM, JC, YX), pp. 132–137.
SACSAC-2014-CostaKAC #case study #commit #developer
Unveiling developers contributions behind code commits: an exploratory study (DAdC, UK, EA, RC), pp. 1152–1157.
SACSAC-2014-MaWX #behaviour #commit #developer #empirical #open source
Dynamics of open-source software developer’s commit behavior: an empirical investigation of subversion (YM, YW, YX), pp. 1171–1173.
VLDBVLDB-2013-MahmoudNPAA #commit #database #multi #using
Low-Latency Multi-Datacenter Databases using Replicated Commit (HAM, FN, AP, DA, AEA), pp. 661–672.
MSRMSR-2013-MacLeanK #commit #dataset #network #social
Apache commits: social network dataset (ACM, CDK), pp. 135–138.
WCREWCRE-2013-BantelayZK #commit #interactive
Comparing and combining evolutionary couplings from interactions and commits (FB, MBZ, HHK), pp. 311–320.
EDOCEDOC-2013-NardiFAGPSG #ontology #towards
Towards a Commitment-Based Reference Ontology for Services (JCN, RdAF, JPAA, GG, LFP, MvS, NG), pp. 175–184.
SEKESEKE-2013-LinMC #commit #developer #empirical #open source #process
Empirical Evidence on Developer’s Commit Activity for Open-Source Software Projects (SL, YM, JC), pp. 455–460.
ICSEICSE-2013-PhamSS #commit #social #testing
Building test suites in social coding sites by leveraging drive-by commits (RP, LS, KS), pp. 1209–1212.
HPCAHPCA-2013-AframZG #implementation
A group-commit mechanism for ROB-based processors implementing the X86 ISA (FA, HZ, KG), pp. 47–58.
FASEFASE-2012-MauczkaHSSBG #automation #classification #commit #maintenance #taxonomy #validation
Tracing Your Maintenance Work — A Cross-Project Validation of an Automated Classification Dictionary for Commit Messages (AM, MH, CS, WS, MB, TG), pp. 301–315.
ICSMEICSM-2012-DhaliwalKZH #commit #dependence #integration #product line
Recovering commit dependencies for selective code integration in software product lines (TD, FK, YZ, AEH), pp. 202–211.
ICSMEICSM-2012-Linares-VasquezHDKGP #commit #debugging #question
Triaging incoming change requests: Bug or commit history, or code authorship? (MLV, KH, HD, HHK, MG, DP), pp. 451–460.
MSRMSR-2012-SteffR #co-evolution #commit #estimation #fault #logic
Co-evolution of logical couplings and commits for defect estimation (MS, BR), pp. 213–216.
ICALPICALP-v1-2012-CostelloTT #probability
Stochastic Matching with Commitment (KPC, PT, PT), pp. 822–833.
CHICHI-2012-DabbishKP #communication #game studies #online
Communication and commitment in an online game team (LD, RK, JP), pp. 879–888.
CSCWCSCW-2012-DabbishFKP #online
Fresh faces in the crowd: turnover, identity, and commitment in online groups (LAD, RF, RK, TP), pp. 245–248.
CSCWCSCW-2012-WangKL #health #online
To stay or leave?: the relationship of emotional and informational support to commitment in online health support groups (YCW, RK, JML), pp. 833–842.
RERE-2012-PajaDPRG #named #requirements #security #social
STS-tool: Socio-technical Security Requirements through social commitments (EP, FD, MP, PR, PG), pp. 331–332.
SACSAC-2012-MaamarFLH #implementation #social #specification #using #web #web service
Specifying and implementing social Web services operation using commitments (ZM, NF, ML, SH), pp. 1955–1960.
HPCAHPCA-2012-DuanZAT #commit #execution #named
BulkCompactor: Optimized deterministic execution via Conflict-Aware commit of atomic blocks (YD, XZ, WA, JT), pp. 361–372.
ICLPICLP-2012-Wright
Together, Is Anything Possible? A Look at Collective Commitments for Agents (BW), pp. 476–480.
ICSMEICSM-2011-DraganCHM #commit #using
Using stereotypes to help characterize commits (ND, MLC, MH, JIM), pp. 520–523.
MSRMSR-2011-EyolfsonTL #commit #debugging #developer #experience
Do time of day and developer experience affect commit bugginess (JE, LT, PL), pp. 153–162.
STOCSTOC-2011-LinP
Constant-round non-malleable commitments from any one-way function (HL, RP), pp. 705–714.
ICALPICALP-v1-2011-ChaillouxKR #complexity #quantum
Quantum Commitments from Complexity Assumptions (AC, IK, BR), pp. 73–85.
CSCWCSCW-2011-FarzanDKP #community #design #online #social
Increasing commitment to online communities by designing for social presence (RF, LAD, REK, TP), pp. 321–330.
OOPSLAOOPSLA-2011-SummersM #lightweight #type system
Freedom before commitment: a lightweight type system for object initialisation (AJS, PM), pp. 1013–1032.
SACSAC-2011-MacielH #commit #protocol #rest
Extending timestamp-based two phase commit protocol for RESTful services to meet business rules (LAHdSM, CMH), pp. 778–785.
CGOCGO-2011-BorinWBW #commit #named #scalability
LAR-CC: Large atomic regions with conditional commits (EB, YW, MBJ, CW), pp. 54–63.
PPoPPPPoPP-2011-FengGH #commit #named #parallel #scalability
SpiceC: scalable parallelism via implicit copying and explicit commit (MF, RG, YH), pp. 69–80.
IFMIFM-2010-TranS #commit #java #transaction
Safe Commits for Transactional Featherweight Java (TMTT, MS), pp. 290–304.
CAiSECAiSE-2010-ChopraDGM #modelling #reasoning
Modeling and Reasoning about Service-Oriented Applications via Goals and Commitments (AKC, FD, PG, JM), pp. 113–128.
RERE-2010-YoungA #identification #policy #requirements
A Method for Identifying Software Requirements Based on Policy Commitments (JDY, AIA), pp. 47–56.
FSEFSE-2010-BachmannBRDB #commit #debugging
The missing links: bugs and bug-fix commits (AB, CB, FR, PTD, AB), pp. 97–106.
ICSEICSE-2010-BoehmL #incremental #process
New processes for new horizons: the incremental commitment model (BWB, JAL), pp. 501–502.
ICSEICSE-2010-DAmbros #commit #visualisation
Commit 2.0: enriching commit comments with visualization (MD), pp. 529–530.
CGOCGO-2010-GottschlichVS #memory management #performance #transaction #using
An efficient software transactional memory using commit-time invalidation (JEG, MV, JGS), pp. 101–110.
DACDAC-2009-ChangK #performance #reliability
A commitment-based management strategy for the performance and reliability enhancement of flash-memory storage systems (YHC, TWK), pp. 858–863.
ICSEICSE-2009-WlokaRTR #analysis #development
Safe-commit analysis to facilitate team software development (JW, BGR, FT, XR), pp. 507–517.
PPoPPPPoPP-2009-RamadanRHW #commit #transaction
Committing conflicting transactions in an STM (HER, IR, MH, EW), pp. 163–172.
ESOPESOP-2008-FournetGN #implementation
A Formal Implementation of Value Commitment (CF, NG, FZN), pp. 383–397.
ICPCICPC-2008-AlaliKM #commit #open source #repository #what
What’s a Typical Commit? A Characterization of Open Source Software Repositories (AA, HHK, JIM), pp. 182–191.
MSRMSR-2008-HindleGH #commit #scalability #what
What do large commits tell us?: a taxonomical study of large commits (AH, DMG, RCH), pp. 99–108.
ICEISICEIS-DISI-2008-BarryS #case study #commit #enterprise #experience #multi #scalability
Hesitancy in Committing to Large-Scale Enterprise Systems Solutions — Experiences at a Multi-national Corporation (CB, WS), pp. 282–289.
HPCAHPCA-2008-GuptaRSWB #commit #induction #named
DeCoR: A Delayed Commit and Rollback mechanism for handling inductive noise in processors (MSG, KKR, MDS, GYW, DMB), pp. 381–392.
STOCSTOC-2007-HaitnerR #statistics
Statistically-hiding commitment from any one-way function (IH, OR), pp. 1–10.
ICALPICALP-2007-KapronMS
A Characterization of Non-interactive Instance-Dependent Commitment-Schemes (NIC) (BMK, LM, SV), pp. 328–339.
ICALPICALP-2007-KatrielKU #nondeterminism #probability #problem
Commitment Under Uncertainty: Two-Stage Stochastic Matching Problems (IK, CKM, EU), pp. 171–182.
IFLIFL-2007-Wallace #parsing
Partial Parsing: Combining Choice with Commitment (MW), pp. 93–110.
ICEISICEIS-DISI-2007-BottcherO #architecture #commit
Dynamic commit tree management for service oriented architectures (SB, SO), pp. 95–101.
SOSPSOSP-2007-VandiverBLM #commit #fault #scheduling #transaction #using
Tolerating byzantine faults in transaction processing systems using commit barrier scheduling (BV, HB, BL, SM), pp. 59–72.
ICALPICALP-2005-CatalanoV #hybrid
Hybrid Trapdoor Commitments and Their Applications (DC, IV), pp. 298–310.
ICALPICALP-2005-HorvitzK #black box #bound #performance
Bounds on the Efficiency of “Black-Box” Commitment Schemes (OH, JK), pp. 128–139.
ICALPICALP-2004-OstrovskyRS #commit #consistency #database #performance #proving #query
Efficient Consistency Proofs for Generalized Queries on a Committed Database (RO, CR, AS), pp. 1041–1053.
SACSAC-2004-Al-HoumailyC #commit #named #protocol
1-2PC: the one-two phase atomic commit protocol (YJAH, PKC), pp. 684–691.
SACSAC-2004-AwanY #commit #modelling #protocol #reliability #web
Analytical modelling of priority commit protocol for reliable Web applications (IA, MY), pp. 313–317.
ICSEICSE-2004-KontioHRA #agile #challenge #development #distributed #risk management
Managing Commitments and Risks: Challenges in Distributed Agile Development (JK, MH, JR, PA), pp. 732–733.
HPCAHPCA-2004-CristalOLV #commit
Out-of-Order Commit Processors (AC, DO, JL, MV), pp. 48–59.
STOCSTOC-2003-DamgardG #reuse
Non-interactive and reusable non-malleable commitment schemes (ID, JG), pp. 426–437.
SACSAC-2003-JengCC #named
COSAR: Commitment-Oriented “Sense and Respond” System for Microelectronic Manufacturing (JJJ, HC, JYC), pp. 637–644.
KDDKDD-2001-AdderleyM #behaviour #case study #commit #data mining #mining #modelling
Data mining case study: modeling the behavior of offenders who commit serious sexual assaults (RA, PBM), pp. 215–220.
SACSAC-2001-XingS #formal method #interactive
Formalization of commitment-based agent interaction (JX, MPS), pp. 115–120.
ICSEICSE-2001-Abrahamsson #concept #development #process
Commitment Development in Software Process Improvement: Critical Misconceptions (PA), pp. 71–80.
STOCSTOC-1998-CrescenzoIO
Non-Interactive and Non-Malleable Commitment (GDC, YI, RO), pp. 141–150.
ICSEICSE-1998-KontioPS #contract #development #specification #towards
Towards Better Software Projects and Contracts: Commitment Specifications in Software Development Projects (JK, OP, RS), pp. 486–489.
SIGMODSIGMOD-1997-GuptaHR #commit #database #distributed
Revisiting Commit Processing in Distributed Database Systems (RG, JRH, KR), pp. 486–497.
CIKMCIKM-1997-LeeM #scheduling #transaction #validation
Commit-Reordering Validation Scheme for Transaction Scheduling in Client-Server Based Teleputing Systems: COREV (YL, SM), pp. 59–66.
SACSAC-1997-Al-HoumailyCL #commit #performance #protocol
Enhancing the performance of presumed commit protocol (YJAH, PKC, SPL), pp. 131–133.
ICLPILPS-1997-TodoranHV #commit #comparative #logic programming #metric #semantics
Comparative Metric Semantics for Commit in OR-Parallel Logic Programming (ET, JdH, EPdV), pp. 101–115.
ESOPESOP-1996-Stolen #data flow #network
Assumption/Commitment Rules for Dataflow Networks — With an Emphasis on Completeness (KS), pp. 356–372.
STOCSTOC-1996-AwerbuchAFL #how #nondeterminism
Making Commitments in the Face of Uncertainty: How to Pick a Winner Almost Every Time (Extended Abstract) (BA, YA, AF, FTL), pp. 519–530.
SACSAC-1996-Al-HoumailyC #commit #multi #protocol
Dealing with incompatible presumptions of commit protocols in multidatabase systems (YJAH, PKC), pp. 186–195.
PODSPODS-1995-KeidarD #commit
Increasing the Resilience of Atomic Commit at No Additional Cost (IK, DD), pp. 245–254.
ESECESEC-1995-Humphrey #quality
A Personal Commitment to Software Quality (WSH), pp. 5–7.
CAVCAV-1995-DingelF #abstraction #infinity #model checking #proving #reasoning #theorem proving #using
Model Checking for Infinite State Systems Using Data Abstraction, Assumption-Commitment Style reasoning and Theorem Proving (JD, TF), pp. 54–69.
CIKMCIKM-1994-SoparkarLKS #adaptation #distributed #realtime #transaction
Adaptive Commitment for Distributed Real-Time Transactions (NS, EL, HFK, AS), pp. 187–194.
PODSPODS-1993-Raz #order #transaction
Extended Commitment Ordering or Guaranteeing Global Serializability by Applying Commitment Order Selectivity to Global Transactions (YR), pp. 83–96.
VLDBVLDB-1993-LampsonL #commit #optimisation
A New Presumed Commit Optimization for Two Phase Commit (BWL, DBL), pp. 630–640.
PODSPODS-1992-RabinovichL #commit #database #fault tolerance #protocol
A Fault-Tolerant Commit Protocol for Replicated Databases (MR, EDL), pp. 139–148.
SIGMODSIGMOD-1992-AgrawalAJ #database #protocol #realtime #using
Using Delayed Commitment in Locking Protocols for Real-Time Databases (DA, AEA, RJ), pp. 104–113.
VLDBVLDB-1992-Raz #multi #principle #using
The Principle of Commitment Ordering, or Guaranteeing Serializability in a Heterogeneous Environment of Multiple Autonomous Resource Mangers Using Atomic Commitment (YR), pp. 292–312.
SIGMODSIGMOD-1991-LevyKS #commit #distributed #protocol #transaction
An Optimistic Commit Protocol for Distributed Transaction Management (EL, HFK, AS), pp. 88–97.
ICLPISLP-1991-HidakaKTT #clustering #commit #execution
A Static Load Partitioning Method based on Execution Profile for Committed Choice Languages (YH, HK, JT, HT), pp. 470–484.
VLDBVLDB-1990-Mohan90a #commit #named #novel #transaction
Commit_LSN: A Novel and Simple Method for Reducing Locking and Latching in Transaction Processing Systems (CM), pp. 406–418.
SIGMODSIGMOD-1988-Ramarao #database #distributed
Commitment in a Partitioned Distributed Database (KVSR), pp. 371–378.
ICMLML-1988-Lebowitz
Deferred Commitment in UNIMEM: Waiting to Learn (ML), pp. 80–86.
ICLPJICSCP-1988-TrehanW88 #commit #logic #nondeterminism #parallel #parsing
A Parallel Chart Parser for the Committed Choice Non-Deterministic Logic Languages (RT, PFW), pp. 212–232.
PODSPODS-1987-Hadzilacos #analysis #protocol
A Knowledge Theoretic Analysis of Atomic Commitment Protocols (VH), pp. 129–134.
PODSPODS-1987-SegallW #communication #transaction
Transaction Commitment at Minimal Communication Cost (AS, OW), pp. 112–118.
SOSPSOSP-1987-Hagmann #commit #file system #using
Reimplementing the Cedar File System Using Logging and Group Commit (RBH), pp. 155–162.
ICLPICLP-1987-Maher87 #logic #semantics #source code
Logic Semantics for a Class of Committed-Choice Programs (MJM), pp. 858–876.
ICLPICLP-1987-Tamaki87 #compilation #prolog
Stream-Based Compilation of Ground I/O PROLOG into Committed-Choice Languages (HT), pp. 376–393.
ICLPICLP-1986-Levy86a #execution #memory management
Shared Memory Execution of Committed-choice Languages (JL), pp. 298–312.
ICLPSLP-1986-Crammond86 #execution #nondeterminism
An Execution Model for Committed-Choice Non-Deterministic Languages (JAC), pp. 148–158.
PODSPODS-1985-Ramarao #commit #complexity #on the #protocol
On the Complexity of Commit Protocols (KVSR), pp. 235–244.
VLDBVLDB-1984-Walter #approach #commit #database #multi #transaction
Nested Transactions with Multiple Commit Points: An Approach to the Structuring of Advanced Database Applications (BW), pp. 161–171.
PODSPODS-1982-MenasceN #commit #evaluation #performance #protocol
Performance Evaluation of a Two-Phase Commit Based Protocol for DDBS (DAM, TN), pp. 247–255.
SIGMODSIGMOD-1982-Cooper #analysis #commit #distributed #protocol
Analysis of Distributed Commit Protocols (ECC), pp. 175–183.
SIGMODSIGMOD-1981-Skeen #commit #protocol
Nonblocking Commit Protocols (DS), pp. 133–142.
ICSEICSE-1981-BaerGGR #modelling #protocol #proving #specification
The Two-Step Commitment Protocol: Modeling, Specification and Proof Methodology (JLB, GG, CG, GR), pp. 363–373.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
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