BibSLEIGH
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Used together with:
network (4)
group (3)
context (3)
perform (3)
data (3)

Stem opportunist$ (all stems)

28 papers:

DACDAC-2015-ChenMRC #execution #paradigm #performance
Opportunistic turbo execution in NTC: exploiting the paradigm shift in performance bottlenecks (HC, DM, SR, KC), p. 6.
HTHT-2015-Goranson #hypermedia
Opportunistic Layered Hypernarrative (HTG), pp. 267–272.
CSCWCSCW-2015-FreitasD #collaboration #framework #tool support
The Group Context Framework: An Extensible Toolkit for Opportunistic Grouping and Collaboration (AAdF, AKD), pp. 1602–1611.
CSCWCSCW-2015-FreitasD15a #detection #multi #using
Using Multiple Contexts to Detect and Form Opportunistic Groups (AAdF, AKD), pp. 1612–1621.
SOSPSOSP-2015-AmvrosiadisBG #maintenance
Opportunistic storage maintenance (GA, ADB, AG), pp. 457–473.
DATEDATE-2014-NovoFIAC #approximate #case study #energy #performance #runtime
Energy efficient MIMO processing: A case study of opportunistic run-time approximations (DN, NF, PI, UA, FC), pp. 1–6.
SIGMODSIGMOD-2014-LeFevreSHTPC #big data #data analysis #design #physics
Opportunistic physical design for big data analytics (JL, JS, HH, JT, NP, MJC), pp. 851–862.
VLDBVLDB-2014-AnciauxBDIKMP #named
Folk-IS: Opportunistic Data Services in Least Developed Countries (NA, LB, TD, SI, LK, NM, PP), pp. 425–428.
SACSAC-2013-OliveiraBMNBGB #multi #network
DoS-resilient virtual networks through multipath embedding and opportunistic recovery (RRO, LRB, DSM, MCN, LSB, LPG, MPB), pp. 597–602.
SACSAC-2013-StevensonYDPMV #network #reasoning #resource management #self #semantics
Combining self-organisation, context-awareness and semantic reasoning: the case of resource discovery in opportunistic networks (GS, JY, SD, DP, SM, MV), pp. 1369–1376.
ICSEICSE-2013-Kulkarni #reuse
Systematically selecting a software module during opportunistic reuse (NK), pp. 1405–1406.
QAPLQAPL-2012-BortolussiGH #hybrid #modelling #network #performance
Hybrid performance modelling of opportunistic networks (LB, VG, JH), pp. 106–121.
HCIHCI-UA-2011-BeheshtiL #interface #people
An Interface for Opportunistic Discovery of Information for Young People (JB, AL), pp. 541–548.
HPDCHPDC-2010-LinMAFGZ #named #pipes and filters
MOON: MapReduce On Opportunistic eNvironments (HL, XM, JSA, WcF, MKG, ZZ), pp. 95–106.
CHICHI-2009-BrandtGLDK #learning #programming #web
Two studies of opportunistic programming: interleaving web foraging, learning, and writing code (JB, PJG, JL, MD, SRK), pp. 1589–1598.
SACSAC-2009-CamargoFK #distributed #maintenance #performance
Efficient maintenance of distributed data in highly dynamic opportunistic grids (RYdC, FCF, FK), pp. 1067–1071.
SACSAC-2009-KimR #multi #network #realtime
Opportunistic real-time routing in multi-hop wireless sensor networks (JK, BR), pp. 2197–2201.
CBSECBSE-2008-KotonyaLM #development #lessons learnt #reuse
Opportunistic Reuse: Lessons from Scrapheap Software Development (GK, SL, JM), pp. 302–309.
ESEC-FSEESEC-FSE-2007-CalegariMRM #generative #mobile #named #performance #testing
CTG: a connectivity trace generator for testing the performance of opportunistic mobile systems (RC, MM, FR, CM), pp. 415–424.
SACSAC-2006-BendaJPSC #algorithm #distributed #resource management
A distributed stand-in agent based algorithm for opportunistic resource allocation (PB, PJ, MP, NS, MMC), pp. 119–125.
CHICHI-2002-IsaacsWR #interactive #mobile #named
Hubbub: a sound-enhanced mobile instant messenger that supports awareness and opportunistic interactions (EI, AW, DR), pp. 179–186.
KDDKDD-2002-LiuPWH #mining #set
Mining frequent item sets by opportunistic projection (JL, YP, KW, JH), pp. 229–238.
VLDBVLDB-1998-HelmerWM #algorithm #named
Diag-Join: An Opportunistic Join Algorithm for 1:N Relationships (SH, TW, GM), pp. 98–109.
WPCWPC-1996-MayrhauserV #comprehension #migration #on the #scalability
On the Role of Hypotheses during Opportunistic Understanding While Porting Large Scale Code (AvM, AMV), pp. 68–77.
LOPSTRLOPSTR-1995-VasconcelosF #approach #logic programming #optimisation #program analysis #using
An Opportunistic Approach for Logic Program Analysis and Optimisation Using Enhanced Schema-Based Transformations (WWV, NEF), pp. 174–188.
SEKESEKE-1992-Bertolotti #interactive #problem
Opportunistic Production Planning Through Interactive Problem Solving (EB), pp. 404–411.
ICMLML-1991-GunschR #induction
Opportunistic Constructive Induction (GHG, LAR), pp. 147–152.
OOPSLAOOPSLA-1989-WilsonM #design #garbage collection
Design of the Opportunistic Garbage Collector (PRW, TGM), pp. 23–35.

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.