Adaptive computing systems rely on predictions of program behavior to understand and respond to the dynamically vary-ing application characteristics. This study describes an ac-curate statistical workload metric modeling scheme for pre-dicting program phases. Our evaluations demonstrate the superior performance of this predictor over existing predic-tors on a wide range of benchmarks. This prediction accu-racy lends itself to improved power-performance trade-offs when applied to dynamic power management. Categories and Subject Descriptors: C.4 [Performance of Systems]: Modeling technique
Characterizing program behavior carries significant value in various avenues of computer engineering...
Computing has recently reached an inflection point with the introduction of multicore processors. On...
The performance of a software system directly influences customer satisfaction. Self-adaptiveness ca...
Abstract—Adaptive computing systems rely on accurate predictions of application behavior to understa...
In current computer systems, power dissipation is widely recognized as one of the primary critical c...
Computer architecture has experienced a major paradigm shift from focusing only on raw performance t...
Computer architecture has experienced a major paradigm shift from focusing only on raw performance t...
This work contributes to throughput calculation for real-time multiprocessor applications experienci...
The complexity of modern computer systems makes performance modeling an invaluable resource for guid...
Traditional means of gathering performance data are trac-ing, which is limited by the available stor...
Microarchitecture optimizations, in general, exploit the gross program behavior for performance impr...
Minimising energy use is an important factor in the operation of many classes of embedded systems - ...
Experimental performance studies on computer systems, including Grids, require deep understandings o...
Minimising energy use is an important factor in the operation of many classes of embedded systems — ...
Abstract. In this paper, a runtime performance projection model for dynamic power management is prop...
Characterizing program behavior carries significant value in various avenues of computer engineering...
Computing has recently reached an inflection point with the introduction of multicore processors. On...
The performance of a software system directly influences customer satisfaction. Self-adaptiveness ca...
Abstract—Adaptive computing systems rely on accurate predictions of application behavior to understa...
In current computer systems, power dissipation is widely recognized as one of the primary critical c...
Computer architecture has experienced a major paradigm shift from focusing only on raw performance t...
Computer architecture has experienced a major paradigm shift from focusing only on raw performance t...
This work contributes to throughput calculation for real-time multiprocessor applications experienci...
The complexity of modern computer systems makes performance modeling an invaluable resource for guid...
Traditional means of gathering performance data are trac-ing, which is limited by the available stor...
Microarchitecture optimizations, in general, exploit the gross program behavior for performance impr...
Minimising energy use is an important factor in the operation of many classes of embedded systems - ...
Experimental performance studies on computer systems, including Grids, require deep understandings o...
Minimising energy use is an important factor in the operation of many classes of embedded systems — ...
Abstract. In this paper, a runtime performance projection model for dynamic power management is prop...
Characterizing program behavior carries significant value in various avenues of computer engineering...
Computing has recently reached an inflection point with the introduction of multicore processors. On...
The performance of a software system directly influences customer satisfaction. Self-adaptiveness ca...