[[abstract]]It is shown that during performance optimization some false paths may become sensitizable and that the selection of critical paths needs to consider some false paths besides sensitizable paths. These critical paths are called candidate paths. Techniques for extracting candidate paths, and an effective graph model for representing and manipulating the huge number of candidate paths have been developed. The speed and memory utilization of the proposed method are demonstrated using ISCAS benchmark circuits[[fileno]]2030223030011[[department]]資訊工程學
We show how the global critical path can be used as a practical tool for understanding, optimizing a...
In this paper, we report preliminary ideas from our project called “Time Performance Improvement Wit...
This paper introduces a new class of false path, which is sensi-tizable but does not affect the deci...
[[abstract]]Since only sensitizable paths contribute to the delay of a circuit, false paths must be ...
Many important workloads today, such as web-hosted services, are limited not by processor core perfo...
Program activity graphs (PAGs) can be constructed from timestamped traces of appropriate execution e...
Although some instructions hurt performance more than others, current processors typically apply sch...
Although some instructions hurt performance more than others, current processors typically apply sch...
A programming tool that performs analysis of critical paths for parallel programs has been developed...
Abstract — The impact of process variations increases as tech-nology scales to nanometer region. Und...
é»æ©å·¥ç¨å¸ç³»[[abstract]]It has been shown that the delay of a target path can be composed line...
[[abstract]]Since only sensitizable paths contribute to the delay of a circuit, false paths must be ...
Efficient performance tuning of parallel programs is often hard. Optimization is often done when the...
Due to the character of the original source materials and the nature of batch digitization, quality ...
We show how the global critical path can be used as a practical tool for understanding, optimizing a...
We show how the global critical path can be used as a practical tool for understanding, optimizing a...
In this paper, we report preliminary ideas from our project called “Time Performance Improvement Wit...
This paper introduces a new class of false path, which is sensi-tizable but does not affect the deci...
[[abstract]]Since only sensitizable paths contribute to the delay of a circuit, false paths must be ...
Many important workloads today, such as web-hosted services, are limited not by processor core perfo...
Program activity graphs (PAGs) can be constructed from timestamped traces of appropriate execution e...
Although some instructions hurt performance more than others, current processors typically apply sch...
Although some instructions hurt performance more than others, current processors typically apply sch...
A programming tool that performs analysis of critical paths for parallel programs has been developed...
Abstract — The impact of process variations increases as tech-nology scales to nanometer region. Und...
é»æ©å·¥ç¨å¸ç³»[[abstract]]It has been shown that the delay of a target path can be composed line...
[[abstract]]Since only sensitizable paths contribute to the delay of a circuit, false paths must be ...
Efficient performance tuning of parallel programs is often hard. Optimization is often done when the...
Due to the character of the original source materials and the nature of batch digitization, quality ...
We show how the global critical path can be used as a practical tool for understanding, optimizing a...
We show how the global critical path can be used as a practical tool for understanding, optimizing a...
In this paper, we report preliminary ideas from our project called “Time Performance Improvement Wit...
This paper introduces a new class of false path, which is sensi-tizable but does not affect the deci...