International audience<p>The growing complexity of modern computer architectures increasingly complicates the prediction of the run-time behavior of software. For real-time systems, where a safe estimation of the program's worst-case execution time is needed, time-predictable computer architectures promise to resolve this problem. The stack cache, for instance, allows the compiler to efficiently cache a program's stack, while static analysis of its behavior remains easy.</p><p></p><p>This work introduces an optimization of the stack cache that allows to anticipate memory transfers that might be initiated by future stack cache control instructions. These eager memory transfers thus allow to reduce the average-case latency of those control in...
This paper presents an experiment to quantify stack behaviour during execution of a range of complem...
It has been claimed that the execution time of a program can often be predicted more accurately on a...
The memory system remains a major performance bottleneck in modern and future architectures. In this...
The growing complexity of modern computer architectures increasingly complicates the prediction of t...
The growing complexity of modern computer architectures increasingly complicates the prediction of t...
Abstract—Real-time systems need time-predictable architec-tures to support static worst-case executi...
grantor: University of TorontoThe latency of accessing instructions and data from the memo...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/19...
In today’s computer architectures, many scientific applications are considered to be memory bound. T...
Techniques for analyzing and improving memory referencing behavior continue to be important for achi...
Modern processors apply sophisticated techniques, such as deep cache hierarchies and hardware prefet...
Memory latency becoming an increasing important performance bottleneck as the gap between processor ...
International audienceThe design of tailored hardware has proven a successful strategy to reduce the...
Summarization: By examining the rate at which successive generations of processor and DRAM cycle tim...
An ideal high performance computer includes a fast processor and a multi-million byte memory of comp...
This paper presents an experiment to quantify stack behaviour during execution of a range of complem...
It has been claimed that the execution time of a program can often be predicted more accurately on a...
The memory system remains a major performance bottleneck in modern and future architectures. In this...
The growing complexity of modern computer architectures increasingly complicates the prediction of t...
The growing complexity of modern computer architectures increasingly complicates the prediction of t...
Abstract—Real-time systems need time-predictable architec-tures to support static worst-case executi...
grantor: University of TorontoThe latency of accessing instructions and data from the memo...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/19...
In today’s computer architectures, many scientific applications are considered to be memory bound. T...
Techniques for analyzing and improving memory referencing behavior continue to be important for achi...
Modern processors apply sophisticated techniques, such as deep cache hierarchies and hardware prefet...
Memory latency becoming an increasing important performance bottleneck as the gap between processor ...
International audienceThe design of tailored hardware has proven a successful strategy to reduce the...
Summarization: By examining the rate at which successive generations of processor and DRAM cycle tim...
An ideal high performance computer includes a fast processor and a multi-million byte memory of comp...
This paper presents an experiment to quantify stack behaviour during execution of a range of complem...
It has been claimed that the execution time of a program can often be predicted more accurately on a...
The memory system remains a major performance bottleneck in modern and future architectures. In this...