Add to ORKGTech ReportThis paper provides the customized MVA equations for an analytical model for evaluating architectural alternatives for shared-memory multiprocessors with processors that aggressively exploit instruction-level parallelism (ILP). Compared to simulation, the analytical model is many orders of magnitude faster to solve, yielding highly accurate system performance estimates in seconds
To continuously comply with Moore's Law, modern parallel machines become increasingly complex. Effec...
PhD ThesisCurrent microprocessors improve performance by exploiting instruction-level parallelism (I...
Current microprocessors improve performance by exploiting instruction-level parallelism (ILP). ILP h...
This paper provides the customized MVA equations for an analytical model for evaluating architectura...
This paper develops and validates an analytical model for evaluating various types of architectural ...
Current microprocessors exploit high levels of instruction-level parallelism (ILP). This thesis pres...
Masters ThesisCurrent microprocessors exploit high levels of instruction-level parallelism (ILP). Th...
Current simulators for shared-memory multiprocessor architectures involve a large tradeoff between s...
International audienceCurrent trends in high performance and embedded computing include design of in...
System design at the component level seeks to construct a design trade space of alternate solutions ...
Previous simulators for shared-memory architectures have imposed a large tradeoff between simulation...
Journal PaperRsim is a publicly available architecture simulator for shared-memory systems built fro...
The current trend in high performance and embedded computing consists of designing increasingly comp...
dataflow processors, superscalar processors, instruction scheduling, trace scheduling, software pipe...
. ILP is one way of effectively using the large number of transistors available on modern CPUs. Two ...
To continuously comply with Moore's Law, modern parallel machines become increasingly complex. Effec...
PhD ThesisCurrent microprocessors improve performance by exploiting instruction-level parallelism (I...
Current microprocessors improve performance by exploiting instruction-level parallelism (ILP). ILP h...
This paper provides the customized MVA equations for an analytical model for evaluating architectura...
This paper develops and validates an analytical model for evaluating various types of architectural ...
Current microprocessors exploit high levels of instruction-level parallelism (ILP). This thesis pres...
Masters ThesisCurrent microprocessors exploit high levels of instruction-level parallelism (ILP). Th...
Current simulators for shared-memory multiprocessor architectures involve a large tradeoff between s...
International audienceCurrent trends in high performance and embedded computing include design of in...
System design at the component level seeks to construct a design trade space of alternate solutions ...
Previous simulators for shared-memory architectures have imposed a large tradeoff between simulation...
Journal PaperRsim is a publicly available architecture simulator for shared-memory systems built fro...
The current trend in high performance and embedded computing consists of designing increasingly comp...
dataflow processors, superscalar processors, instruction scheduling, trace scheduling, software pipe...
. ILP is one way of effectively using the large number of transistors available on modern CPUs. Two ...
To continuously comply with Moore's Law, modern parallel machines become increasingly complex. Effec...
PhD ThesisCurrent microprocessors improve performance by exploiting instruction-level parallelism (I...
Current microprocessors improve performance by exploiting instruction-level parallelism (ILP). ILP h...