Add to ORKGIn modern computers, memory hierarchies play a paramount role in improving the average execution time. However, this fact is not so important in realtime systems, where the worst-case execution time is what matters the most. System designers must use complex analyses to guarantee that all tasks meet their deadlines. As an alternative to making those complex analyses, it is proposed to build a memory hierarchy such that it provides high performance coalesced with high predictability. At the same time, the memory assist should imply small-scale modifications in the hardware. The solution is to be centred on instruction fetching since it represents the highest number of memory accesses. 1
To design computers which reach the performance limits of the implementation technology, one must un...
Modern microprocessor designs continue to obtain impressive performance gains through increasing clo...
textFor the past decade, microprocessors have been improving in overall performance at a rate of ap...
Cache memories are crucial to obtain high performance on contemporary computing systems. However, so...
Journal ArticleAlthough microprocessor performance continues to increase at a rapid pace, the growin...
Traditionally, caches have been used to reduce the average case memory latency in computer systems....
Computer memory is organized into a hierarchy. At the highest level are the processor registers, nex...
Summarization: By examining the rate at which successive generations of processor and DRAM cycle tim...
The memory hierarchy is predicted to consume up to 40% to 70% of total system power in future data c...
The paper presents a task allocation scheme for system-level synthesis of multirate real-time tasks ...
Journal ArticleConventional microarchitectures choose a single memory hierarchy design point target...
With the increasing gap between processor speed and memory speed, a sophisticated memory hierarchy i...
The increasing density of VLSI circuits has motivated research into ways to utilize large area budge...
Modern microprocessor designs continue to obtain impressive per-formance gains through increasing cl...
Current microprocessors improve performance by exploiting instruction-level parallelism (ILP). ILP h...
To design computers which reach the performance limits of the implementation technology, one must un...
Modern microprocessor designs continue to obtain impressive performance gains through increasing clo...
textFor the past decade, microprocessors have been improving in overall performance at a rate of ap...
Cache memories are crucial to obtain high performance on contemporary computing systems. However, so...
Journal ArticleAlthough microprocessor performance continues to increase at a rapid pace, the growin...
Traditionally, caches have been used to reduce the average case memory latency in computer systems....
Computer memory is organized into a hierarchy. At the highest level are the processor registers, nex...
Summarization: By examining the rate at which successive generations of processor and DRAM cycle tim...
The memory hierarchy is predicted to consume up to 40% to 70% of total system power in future data c...
The paper presents a task allocation scheme for system-level synthesis of multirate real-time tasks ...
Journal ArticleConventional microarchitectures choose a single memory hierarchy design point target...
With the increasing gap between processor speed and memory speed, a sophisticated memory hierarchy i...
The increasing density of VLSI circuits has motivated research into ways to utilize large area budge...
Modern microprocessor designs continue to obtain impressive per-formance gains through increasing cl...
Current microprocessors improve performance by exploiting instruction-level parallelism (ILP). ILP h...
To design computers which reach the performance limits of the implementation technology, one must un...
Modern microprocessor designs continue to obtain impressive performance gains through increasing clo...
textFor the past decade, microprocessors have been improving in overall performance at a rate of ap...