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Used together with:
parallel (7)
mean (4)
use (4)
learn (3)
machin (3)

Stem speedup$ (all stems)

29 papers:

DATEDATE-2015-HuangKGT #scheduling
Run and be safe: mixed-criticality scheduling with temporary processor speedup (PH, PK, GG, LT), pp. 1329–1334.
ICMLICML-2015-DingZSMM #consistency
Yinyang K-Means: A Drop-In Replacement of the Classic K-Means with Consistent Speedup (YD, YZ, XS, MM, TM), pp. 579–587.
DATEDATE-2014-LiSH0 #in memory #memory management #named
Partial-SET: Write speedup of PCM main memory (BL, SS, YH, XL), pp. 1–4.
HPDCHPDC-2013-Shaw #named #simulation
Anton: a special-purpose machine that achieves a hundred-fold speedup in biomolecular simulations (DES), pp. 129–130.
ICLPICLP-J-2013-ArbelaezTC #parallel #predict #runtime #satisfiability #using
Using sequential runtime distributions for the parallel speedup prediction of SAT local search (AA, CT, PC), pp. 625–639.
ASEASE-2012-GongLJZ #fault #locality
Diversity maximization speedup for fault localization (LG, DL, LJ, HZ), pp. 30–39.
DATEDATE-2012-QianTT #configuration management #self #using
A flit-level speedup scheme for network-on-chips using self-reconfigurable bi-directional channels (ZQ, YFT, CYT), pp. 1295–1300.
CIKMCIKM-2012-LiuCBLR #graph #mining
Utilizing common substructures to speedup tensor factorization for mining dynamic graphs (WL, JC, JB, CL, KR), pp. 435–444.
OOPSLAOOPSLA-2011-JeonGLT #named #parallel #source code
Kismet: parallel speedup estimates for serial programs (DJ, SG, CML, MBT), pp. 519–536.
DLTDLT-J-2007-BertoniR08 #approximate #monad
Approximating the Mean Speedup in Trace Monoids (AB, RR), pp. 497–511.
ICALPICALP-A-2008-HallgrenH #quantum
Superpolynomial Speedups Based on Almost Any Quantum Circuit (SH, AWH), pp. 782–795.
DLTDLT-2007-BertoniR #monad
Approximability and Non-approximability Results in Computing the Mean Speedup of Trace Monoids (AB, RR), pp. 72–83.
DATEDATE-2005-LyseckyV #case study #clustering #hardware #using
A Study of the Speedups and Competitiveness of FPGA Soft Processor Cores using Dynamic Hardware/Software Partitioning (RLL, FV), pp. 18–23.
ICSTSAT-2005-LewisSB #satisfiability
Speedup Techniques Utilized in Modern SAT Solvers (MDTL, TS, BB), pp. 437–443.
DATEDATE-2003-SurendraBN #network #reuse
Enhancing Speedup in Network Processing Applications by Exploiting Instruction Reuse with Flow Aggregation (GS, SB, SKN), pp. 10784–10789.
STOCSTOC-2003-ChildsCDFGS #algorithm #exponential #quantum
Exponential algorithmic speedup by a quantum walk (AMC, RC, ED, EF, SG, DAS), pp. 59–68.
SACSAC-2003-KimP #replication #using #xml #xquery
Xquery Speedup Using Replication in Mapping XML into Relations (JK, SP), pp. 536–543.
ICMLICML-1996-GordonS #learning #parametricity #statistics
Nonparametric Statistical Methods for Experimental Evaluations of Speedup Learning (GJG, AMS), pp. 200–206.
ICMLICML-1996-ReddyTR #composition #empirical #learning
Theory-guided Empirical Speedup Learning of Goal Decomposition Rules (CR, PT, SR), pp. 409–417.
ICALPICALP-1995-BodlaenderH #algorithm #bound #parallel
Parallel Algorithms with Optimal Speedup for Bounded Treewidth (HLB, TH), pp. 268–279.
CSLCSL-1993-GoerdtK #backtracking #on the #parallel
On the Reasons for Average Superlinear Speedup in Parallel Backtrack Search (AG, UK), pp. 106–127.
DACDAC-1992-Fishburn #heuristic #logic #named
LATTIS: An Iterative Speedup Heuristic for Mapped Logic (JPF), pp. 488–491.
PEPMPEPM-1992-AndersenG #analysis #partial evaluation
Speedup Analysis in Partial Evaluation: Preliminary Results (LOA, CKG), pp. 1–7.
AdaEuropeAdaEurope-1992-Lundberg #ada #parallel #predict #source code
Predicting the Speedup of Parallel Ada Programs (LL), pp. 257–274.
ICMLML-1992-Etzioni #analysis #learning
An Asymptotic Analysis of Speedup Learning (OE), pp. 129–136.
ICMLML-1992-Segre #multi #on the
On Combining Multiple Speedup Techniques (AMS), pp. 400–405.
CSLCSL-1988-Speckenmeyer #question
Is Average Superlinear Speedup Possible? (ES), pp. 301–312.
RTARTA-1987-RameshR #parallel #pattern matching
Optimal Speedups for Parallel Pattern Matching in Trees (RR, IVR), pp. 274–285.
STOCSTOC-1983-DymondT #parallel
Speedups of Deterministic Machines by Synchronous Parallel Machines (PWD, MT), pp. 336–343.

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.