Advances in Computer Systems Architecture: 10th Asia-Pacific Conference, ACSAC 2005, Singapore, October 24-26, 2005, ProceedingsThambipillai Srikanthan, Jingling Xue, Chip-Hong Chang Springer, 2005. gada 19. okt. - 834 lappuses On behalf of the ProgramCommittee, we are pleased to present the proceedings of the 2005 Asia-Paci?c Computer Systems Architecture Conference (ACSAC 2005) held in the beautiful and dynamic country of Singapore. This conference was the tenth in its series, one of the leading forums for sharing the emerging research ?ndings in this ?eld. In consultation with the ACSAC Steering Committee, we selected a - member Program Committee. This Program Committee represented a broad spectrum of research expertise to ensure a good balance of research areas, - stitutions and experience while maintaining the high quality of this conference series. This year’s committee was of the same size as last year but had 19 new faces. We received a total of 173 submissions which is 14% more than last year. Each paper was assigned to at least three and in some cases four ProgramC- mittee members for review. Wherever necessary, the committee members called upon the expertise of their colleagues to ensure the highest possible quality in the reviewing process. As a result, we received 415 reviews from the Program Committee members and their 105 co-reviewers whose names are acknowledged inthe proceedings.Theconferencecommitteeadopteda systematicblind review process to provide a fair assessment of all submissions. In the end, we accepted 65 papers on a broad range of topics giving an acceptance rate of 37.5%. We are grateful to all the Program Committee members and the co-reviewers for their e?orts in completing the reviews within a tight schedule. |
No grāmatas satura
6.–10. rezultāts no 22.
31. lappuse
... ) , c ≤ r ≤ a 12 ( c−rc−d+a−ra−b ) , a≤ r ≤ b ( ) (6) ⎪ ⎪ ⎪ ⎪ ⎪ ⎩ 12 c−rc−d+ 1 , b≤r≤ d 1, r ≥ d Combining (5) and (6), we have θαinf = ⎧ ⎪ Rule-Based Power-Balanced VLIW Instruction Scheduling 31.
... ) , c ≤ r ≤ a 12 ( c−rc−d+a−ra−b ) , a≤ r ≤ b ( ) (6) ⎪ ⎪ ⎪ ⎪ ⎪ ⎩ 12 c−rc−d+ 1 , b≤r≤ d 1, r ≥ d Combining (5) and (6), we have θαinf = ⎧ ⎪ Rule-Based Power-Balanced VLIW Instruction Scheduling 31.
33. lappuse
... the objective function values of a schedule by simulating the possible values for every power consumption parameter for the whole duration of the program. Thus Rule-Based Power-Balanced VLIW Instruction Scheduling 33.
... the objective function values of a schedule by simulating the possible values for every power consumption parameter for the whole duration of the program. Thus Rule-Based Power-Balanced VLIW Instruction Scheduling 33.
35. lappuse
... be computed as a sum of the contributions from time slots i and j and that of the rest of the time slots. According to Lemma 1, with a suitable α, O. T PV(x,c), – | X (P - M) ). Rule-Based Power-Balanced VLIW Instruction Scheduling 35.
... be computed as a sum of the contributions from time slots i and j and that of the rest of the time slots. According to Lemma 1, with a suitable α, O. T PV(x,c), – | X (P - M) ). Rule-Based Power-Balanced VLIW Instruction Scheduling 35.
37. lappuse
... VLIW processor. Suppose the instruction set of the processor is divided into C clusters, we have C2 combinations for (c, ai) (or (c,bi)). Because (2aic)αinf and (2cai)αinf are equal, the reciprocal ones are excluded. Thus we totally ...
... VLIW processor. Suppose the instruction set of the processor is divided into C clusters, we have C2 combinations for (c, ai) (or (c,bi)). Because (2aic)αinf and (2cai)αinf are equal, the reciprocal ones are excluded. Thus we totally ...
38. lappuse
... VLIW processor. Our target processor is the TMS320C6711 [11] which is a VLIW digital signal processor. The instruction set of TMS320C6711 is partitioned into four clusters as in [8]. Therefore, we have ten rules for this VLIW processor ...
... VLIW processor. Our target processor is the TMS320C6711 [11] which is a VLIW digital signal processor. The instruction set of TMS320C6711 is partitioned into four clusters as in [8]. Therefore, we have ten rules for this VLIW processor ...
Saturs
1 | |
2 | |
15 | |
28 | |
41 | |
52 | |
65 | |
A Pipelined Hardware Architecture for Motion Estimation | 79 |
FPGAs for Improved Energy Efficiency in Processor Based Systems | 440 |
Morphable Structures for Reconfigurable Instruction Set Processors | 450 |
Interconnect Networks and Network | 464 |
A New Interconnection Network Based on Matrix | 478 |
The Channel Assignment Algorithm on RPk Networks | 488 |
Extending Address Space of IP Networks with Hierarchical | 499 |
Building a Terabit Router with XD Networks | 520 |
A Direct3DBased LargeScale Display Parallel Rendering | 540 |
Embedded Intelligent Imaging OnBoard Small Satellites | 90 |
Architectural Enhancements for Color Image and Video Processing | 104 |
A Portable Doppler Device Based on a DSP with High Performance | 118 |
Processor Architectures | 131 |
The Challenges of Massive OnChip Concurrency | 157 |
Design of FineGrain Multicontext Reconfigurable Processing | 171 |
Modularized Redundant Parallel Virtual File System | 186 |
ResourceDriven Optimizations for TransientFault Detecting | 200 |
A FaultTolerant Routing Strategy for FibonacciClass Cubes | 215 |
Embedding of Cycles in the Faulty Hypercube | 229 |
Improving the Performance of GCC by Exploiting IA64 Architectural | 236 |
An Integrated Partitioning and Scheduling Based Branch | 252 |
A Register Allocation Framework for Banked Register Files with Access | 269 |
Irregular Redistribution Scheduling by Partitioning Messages | 295 |
Data Value Predictions | 310 |
Speculative Issue Logic | 323 |
Using Decision Trees to Improve ProgramBased and ProfileBased | 336 |
Arithmetic Data Value Speculation | 353 |
Exploiting ThreadLevel Speculative Parallelism with Software Value | 367 |
Keynote Address II | 389 |
A Switch Wrapper Design for SNA OnChipNetwork | 405 |
A Configuration System Architecture Supporting BitStream | 415 |
Biological Sequence Analysis with Hidden Markov Models on | 429 |
A Technique to Reduce Preemption Overhead in RealTime | 566 |
HardwareSoftware Partitioning | 580 |
Increasing Embedding Probabilities of RPRPs in RIN Based BIST | 600 |
A Practical Test Scheduling Using NetworkBased TAM in Network | 614 |
Architectures for Secured Computing | 625 |
Efficient Architectural Support for Secure BusBased Shared Memory | 640 |
Covert Channel Analysis of the PasswordCapability System | 655 |
Simulation and Performance Evaluation | 669 |
Application of RealTime ObjectOriented Modeling Technique | 680 |
VLSI Performance Evaluation and Analysis of Systolic and Semisystolic | 693 |
Architectures for Emerging Technologies | 707 |
FPGA Implementation and Analyses of Cluster Maintenance | 714 |
A Study on the Performance Evaluation of Forward Link in CDMA | 728 |
Memory Systems Hierarchy | 736 |
A Memory Bandwidth Effective Cache Store Miss Policy | 750 |
ApplicationSpecific HardwareDriven Prefetching to Improve Data | 761 |
Targeted Data Prefetching | 775 |
Architectures for Emerging Technologies | 787 |
Efficient VLSI Architectures for Convolution and Lifting Based | 795 |
A Novel Reversible TSG Gate and Its Application for Designing | 805 |
Implementation and Analysis of TCPIP Offload Engine and RDMA | 818 |
Author Index | 831 |
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Advances in Computer Systems Architecture: 10th Asia-Pacific Conference ... Thambipillai Srikanthan,Jingling Xue Ierobežota priekšskatīšana - 2005 |
Bieži izmantoti vārdi un frāzes
algorithm alias analysis analysis applications architecture array bandwidth benchmarks bits block branch prediction buffer byte bzip2 circuit clock cluster compiler components Computer configuration covert channels Cube cycle device Doppler dynamic efficient embedded embedded systems energy consumption execution fetch floating-point FMRPU FPGA frequency functional units graph hardware heuristic hybrid TOE Hypercube I-cache IEEE implementation input instruction integer interface IPEA JRockit kernel latency leakage load log2 loop macroblock MDMX memory microthreaded module multiple node operations optimization output overhead packet parallel partition performance pipeline power consumption power dissipation predictor prefetching Proc processing processor proposed queue real-time reconfigurable reconfigurable computing reduce register file ReMIC ReMIC-PA router routing scan chain scheduling Section signal SIMD simulation stream sub-cache superscalar switching Table task technique value prediction variable vector VLIW voltage VPPE