27 papers:
- DATE-2014-PandaB #concurrent #thread
- Introducing Thread Criticality awareness in Prefetcher Aggressiveness Control (BP, SB), pp. 1–6.
- DATE-2014-RaminiGGBFB #architecture #energy
- Assessing the energy break-even point between an optical NoC architecture and an aggressive electronic baseline (LR, AG, PG, SB, HTF, DB), pp. 1–6.
- SIGMOD-2014-SunFKX #clustering #fine-grained
- Fine-grained partitioning for aggressive data skipping (LS, MJF, SK, RSX), pp. 1115–1126.
- VLDB-2014-SunKXF #clustering #framework
- A Partitioning Framework for Aggressive Data Skipping (LS, SK, RSX, MJF), pp. 1617–1620.
- ESOP-2014-Fu #abstraction #analysis #memory management
- Targeted Update — Aggressive Memory Abstraction Beyond Common Sense and Its Application on Static Numeric Analysis (ZF), pp. 534–553.
- CHI-2014-HongMD #behaviour #framework
- A smartphone-based sensing platform to model aggressive driving behaviors (JHH, BM, AKD), pp. 4047–4056.
- LCT-TRE-2014-BosseP #towards
- Towards Aggression De-escalation Training with Virtual Agents: A Computational Model (TB, SP), pp. 375–387.
- ICML-c1-2014-ShiZ #learning #online
- Online Bayesian Passive-Aggressive Learning (TS, JZ), pp. 378–386.
- HPCA-2014-PugsleyCWCSJLCB #evaluation #runtime
- Sandbox Prefetching: Safe run-time evaluation of aggressive prefetchers (SHP, ZC, CW, PfC, RLS, AJ, SLL, KC, RB), pp. 626–637.
- ICML-c1-2013-GonenSS #approach #learning #performance
- Efficient Active Learning of Halfspaces: an Aggressive Approach (AG, SS, SSS), pp. 480–488.
- HPCA-2013-AnsariFGTM #lightweight #named
- Illusionist: Transforming lightweight cores into aggressive cores on demand (AA, SF, SG, JT, SAM), pp. 436–447.
- VLDB-2012-DittrichQRSJS #performance
- Only Aggressive Elephants are Fast Elephants (JD, JAQR, SR, SS, AJ, JS), pp. 1591–1602.
- ICPR-2012-LuoKM #3d #using
- Endoscope 3-D motion tracking using an aggressive particle filtering for boosting electromagnetic guidance endoscopy (XL, TK, KM), pp. 117–120.
- ICPR-2012-MoriyamaAS #analysis #using
- Face analysis of aggressive moods in automobile driving using mutual subspace method (TM, KA, NS), pp. 2898–2901.
- ASPLOS-2012-GovindanWSU #energy
- Leveraging stored energy for handling power emergencies in aggressively provisioned datacenters (SG, DW, AS, BU), pp. 75–86.
- ICEIS-v4-2011-Jung #comprehension #game studies #video
- Understanding Media Violence from a Role-play Perspective — Effects of Various Types of Violent Video Games on Players’ Cognitive Aggression (YJ), pp. 261–266.
- HPDC-2011-AlvarezBGMNA #design #replication
- Design space exploration for aggressive core replication schemes in CMPs (LA, RB, MG, XM, NN, EA), pp. 269–270.
- ICST-2011-SantelicesH #testing
- Applying aggressive propagation-based strategies for testing changes (RAS, MJH), pp. 11–20.
- DAC-2010-ChenDC #synthesis
- Clock tree synthesis under aggressive buffer insertion (YYC, CD, DC), pp. 86–89.
- SIGIR-2010-MojdehC #consistency #learning #using
- Semi-supervised spam filtering using aggressive consistency learning (MM, GVC), pp. 751–752.
- DATE-2009-SasanHEK #process #scalability
- Process Variation Aware SRAM/Cache for aggressive voltage-frequency scaling (AS, HH, AME, FJK), pp. 911–916.
- SIGMOD-2009-WeiLLGRC
- Supporting a spectrum of out-of-order event processing technologies: from aggressive to conservative methodologies (MW, ML, ML, DG, EAR, KTC), pp. 1031–1034.
- POPL-2006-MenonGMMSAP #compilation #optimisation #representation
- A verifiable SSA program representation for aggressive compiler optimization (VM, NG, BRM, AM, TS, ARAT, LP), pp. 397–408.
- ICML-2004-GabrilovichM #categorisation #feature model #using
- Text categorization with many redundant features: using aggressive feature selection to make SVMs competitive with C4.5 (EG, SM).
- OSDI-2002-SaitoKKM #file system #replication
- Taming Aggressive Replication in the Pangaea Wide-Area File System (YS, CTK, MK, MM), pp. 15–30.
- PLDI-1997-AyersGS
- Aggressive Inlining (AA, RG, RS), pp. 134–145.
- CC-1996-DavidsonJ #compilation #optimisation
- Aggressive Loop Unrolling in a Retargetable Optimizing Compiler (JWD, SJ), pp. 59–73.