Single-path code has some unique properties that make it interesting to explore different caching and prefetching alternatives for the stream of instructions. In this paper, we explore different cache organizations and how they perform with single-path code
grantor: University of TorontoThe latency of accessing instructions and data from the memo...
A dynamic optimizer is a software-based system that performs code modifications at runtime, and seve...
As the degree of instruction-level parallelism in superscalar architectures increases, the gap betwe...
The quest for time-predictable systems has led to the exploration of new hardware architectures that...
International audienceAs the performance requirements of today's real-time systems are on the rise, ...
We explore the use of compiler optimizations, which optimize the layout of instructions in memory. T...
The use of caches poses a difficult tradeoff for architects of real-time systems. While caches provi...
Artificial Software Diversity is a well-established method to increase security of computer systems ...
Abstract: Traditional Worst-Case Execution-Time (WCET) analysis is very complex. It has to deal with...
Abstract—For real-time systems we need time-predictable pro-cessors. This paper presents a method ca...
Abstract—This paper compares two proposed alternatives to conventional instruction caches: a scratch...
Cache performance analysis is becoming increasingly important in microprocessor design. This work ex...
The growing complexity of modern computer architectures increasingly complicates the prediction of t...
International audienceSafety-critical systems require guarantees on their worst-case execution times...
Caches play an important role in embedded systems to bridge the performance gap between fast process...
grantor: University of TorontoThe latency of accessing instructions and data from the memo...
A dynamic optimizer is a software-based system that performs code modifications at runtime, and seve...
As the degree of instruction-level parallelism in superscalar architectures increases, the gap betwe...
The quest for time-predictable systems has led to the exploration of new hardware architectures that...
International audienceAs the performance requirements of today's real-time systems are on the rise, ...
We explore the use of compiler optimizations, which optimize the layout of instructions in memory. T...
The use of caches poses a difficult tradeoff for architects of real-time systems. While caches provi...
Artificial Software Diversity is a well-established method to increase security of computer systems ...
Abstract: Traditional Worst-Case Execution-Time (WCET) analysis is very complex. It has to deal with...
Abstract—For real-time systems we need time-predictable pro-cessors. This paper presents a method ca...
Abstract—This paper compares two proposed alternatives to conventional instruction caches: a scratch...
Cache performance analysis is becoming increasingly important in microprocessor design. This work ex...
The growing complexity of modern computer architectures increasingly complicates the prediction of t...
International audienceSafety-critical systems require guarantees on their worst-case execution times...
Caches play an important role in embedded systems to bridge the performance gap between fast process...
grantor: University of TorontoThe latency of accessing instructions and data from the memo...
A dynamic optimizer is a software-based system that performs code modifications at runtime, and seve...
As the degree of instruction-level parallelism in superscalar architectures increases, the gap betwe...