International audienceMultidimensional Retiming (MR) is a software pipelining approach that ensures increasing the instruction-level parallelism across all the nested loops. All the MR techniques aim at achieving a full parallelism in order to schedule applications with a minimal cycle period. However, the growth of code sizes in terms of parallelism level engenders the rise in cycle period numbers. Thus, fully parallel multidimensional applications frequently face limiting factors when implemented on real-time systems. This paper presents a novel technique, called delayed MR, which schedules nested loops with a minimal cycle period, without achieving full parallelism. It is formulated into two efficient steps whose first one sweeps the nes...
The widening gap between processor and memory performance is the main bottleneck for modern computer...
This paper presents a neighborhood search algorithm for heterogeneous multiprocessor scheduling in w...
The real time implementation algorithms always include nested loops which require important executio...
International audienceMultidimensional Retiming (MR) is a software pipelining approach that ensures ...
International audience— Nested loops present the most critical sections in several embedded real-tim...
International Conference on Embedded and Ubiquitous Computing, EUC 2005, Nagasaki, 6-9 December 2005...
International audience—Several high-performance applications integrate loop bodies which represent t...
Nested loops are the most critical sections in many scientific and Digital Signal Processing (DSP)ap...
Software pipelining is a loop scheduling technique that extracts parallelism from loops by overlappi...
Software pipelining is one of the most important optimization techniques to increase the parallelism...
Abstract { This paper presents a new optimization technique called architectural retiming which is a...
Loop pipelining is a scheduling technique widely used to improve the performance of systems running ...
In this paper, we propose a novel loop scheduling technique based on multi-dimensional retiming in a...
Traditionally, software pipelining is applied either to the innermost loop of a given loop nest or f...
Traditionally, software pipelining is applied either to the innermost loop of a given loop nest or f...
The widening gap between processor and memory performance is the main bottleneck for modern computer...
This paper presents a neighborhood search algorithm for heterogeneous multiprocessor scheduling in w...
The real time implementation algorithms always include nested loops which require important executio...
International audienceMultidimensional Retiming (MR) is a software pipelining approach that ensures ...
International audience— Nested loops present the most critical sections in several embedded real-tim...
International Conference on Embedded and Ubiquitous Computing, EUC 2005, Nagasaki, 6-9 December 2005...
International audience—Several high-performance applications integrate loop bodies which represent t...
Nested loops are the most critical sections in many scientific and Digital Signal Processing (DSP)ap...
Software pipelining is a loop scheduling technique that extracts parallelism from loops by overlappi...
Software pipelining is one of the most important optimization techniques to increase the parallelism...
Abstract { This paper presents a new optimization technique called architectural retiming which is a...
Loop pipelining is a scheduling technique widely used to improve the performance of systems running ...
In this paper, we propose a novel loop scheduling technique based on multi-dimensional retiming in a...
Traditionally, software pipelining is applied either to the innermost loop of a given loop nest or f...
Traditionally, software pipelining is applied either to the innermost loop of a given loop nest or f...
The widening gap between processor and memory performance is the main bottleneck for modern computer...
This paper presents a neighborhood search algorithm for heterogeneous multiprocessor scheduling in w...
The real time implementation algorithms always include nested loops which require important executio...