Proceedings of the 10th International Conference on High-Performance Computer Architecture
HPCA, 2004.
@proceedings{HPCA-2004, address = "Madrid, Spain", ee = "http://www.computer.org/csdl/proceedings/hpca/2004/2053/00/index.html", isbn = "0-7695-2053-7", publisher = "{IEEE Computer Society}", title = "{Proceedings of the 10th International Conference on High-Performance Computer Architecture}", year = 2004, }
Contents (27 items)
- HPCA-2004-WenWPK #predict
- Exploiting Prediction to Reduce Power on Buses (VW, MW, YP, JK), pp. 2–13.
- HPCA-2004-LiMH #energy #multi
- The Thrifty Barrier: Energy-Aware Synchronization in Shared-Memory Multiprocessors (JL, JFM, MCH), pp. 14–23.
- HPCA-2004-GniadyHL #power management
- Program Counter Based Techniques for Dynamic Power Management (CG, YCH, YHL), pp. 24–35.
- HPCA-2004-JosephHM #analysis #case study #design #experience
- Wavelet Analysis for Microprocessor Design: Experiences with Wavelet-Based dI/dt Characterization (RJ, ZH, MM), pp. 36–47.
- HPCA-2004-CristalOLV #commit
- Out-of-Order Commit Processors (AC, DO, JL, MV), pp. 48–59.
- HPCA-2004-JayasenaEAD
- Stream Register Files with Indexed Access (NJ, ME, JHA, WJD), pp. 60–72.
- HPCA-2004-AbellaG #distributed #queue
- Low-Complexity Distributed Issue Queue (JA, AG), pp. 73–83.
- HPCA-2004-AamodtCHWS #hardware
- Hardware Support for Prescient Instruction Prefetch (TMA, PC, PH, HW, JPS), pp. 84–95.
- HPCA-2004-NesbitS #using
- Data Cache Prefetching Using a Global History Buffer (KJN, JES), pp. 96–105.
- HPCA-2004-KalogeropulosRRST
- Processor Aware Anticipatory Prefetching in Loops (SK, MR, VR, YS, PT), pp. 106–117.
- HPCA-2004-ZhuDDLZC #energy #power management #using
- Reducing Energy Consumption of Disk Storage Using Power-Aware Cache Management (QZ, FMD, CFD, ZL, YZ, PC), pp. 118–129.
- HPCA-2004-CarreraB #data-driven #throughput
- Improving Disk Throughput in Data-Intensive Servers (EVC, RB), pp. 130–141.
- HPCA-2004-ZhangSFGZN
- Synthesizing Representative I/O Workloads for TPC-H (JZ, AS, HF, NG, YZ, SN), pp. 142–151.
- HPCA-2004-MakineniI #architecture
- Architectural Characterization of TCP/IP Packet Processing on the Pentium M Microprocessor (SM, RRI), pp. 152–163.
- HPCA-2004-PengPL #performance
- Signature Buffer: Bridging Performance Gap between Registers and Caches (LP, JKP, KL), pp. 164–175.
- HPCA-2004-LiuSK #memory management
- Organizing the Last Line of Defense before Hitting the Memory Wall for CMP (CL, AS, MTK), pp. 176–185.
- HPCA-2004-Michaud #capacity #execution #manycore #migration
- Exploiting the Cache Capacity of a Single-Chip Multi-Core Processor with Execution Migration (PM), pp. 186–197.
- HPCA-2004-KimL #comprehension #scheduling
- Understanding Scheduling Replay Schemes (IK, MHL), pp. 198–209.
- HPCA-2004-NarayanasamyHSC #convergence #string #using
- Creating Converged Trace Schedules Using String Matching (SN, YH, SS, BC), pp. 210–221.
- HPCA-2004-EhrhartP #predict #scheduling #using
- Reducing the Scheduling Critical Cycle Using Wakeup Prediction (TEE, SJP), pp. 222–231.
- HPCA-2004-HuVI #scheduling
- Exploring Wakeup-Free Instruction Scheduling (JSH, NV, MJI), pp. 232–243.
- HPCA-2004-FalconRV #multi #thread
- A Low-Complexity, High-Performance Fetch Unit for Simultaneous Multithreading Processors (AF, AR, MV), pp. 244–253.
- HPCA-2004-GandhiAS #branch #predict
- Reducing Branch Misprediction Penalty via Selective Branch Recovery (AG, HA, STS), pp. 254–264.
- HPCA-2004-AkkarySKPR #branch #estimation
- Perceptron-Based Branch Confidence Estimation (HA, STS, RK, YP, WR), pp. 265–275.
- HPCA-2004-ChenYFM #effectiveness #predict
- Accurate and Complexity-Effective Spatial Pattern Prediction (CFC, SHY, BF, AM), pp. 276–287.
- HPCA-2004-KharbutliISL #using
- Using Prime Numbers for Cache Indexing to Eliminate Conflict Misses (MK, KI, YS, JL), pp. 288–299.
- HPCA-2004-FernandezE #memory management
- Link-Time Path-Sensitive Memory Redundancy Elimination (MF, RE), pp. 300–310.
5 ×#using
4 ×#predict
3 ×#scheduling
2 ×#branch
2 ×#energy
2 ×#memory management
2 ×#multi
2 ×#power management
4 ×#predict
3 ×#scheduling
2 ×#branch
2 ×#energy
2 ×#memory management
2 ×#multi
2 ×#power management