Add to ORKGThis paper discusses dependence collapsing, instruction bypassing and ‘Multiple Load ’ issue as advanced mechanisms to improve processor performance in superscalar architectures. We also quantify, by Trace Driven Simulations, the impact on processor performance of associating a Victim Cache/Selective Victim Cache with a first-level cache, both integrated into a parallel architecture. 1
To maximize the performance of a wide-issue superscalar processor, the fetch mechanism must be capab...
The goal of cache design is to exploit data localities; however, the means to this end vary widely a...
To design computers which reach the performance limits of the implementation technology, one must un...
The main aim of this short paper is to investigate multiple-instruction-issue in a high-performance ...
Most research on multiple-instruction-issue processor architecture assumes a perfect memory hierarch...
A proposed performance model for superscalar processors consists of 1) a component that models the r...
In superscalar processors, capable of issuing and executing multiple instructions per cycle, fetch p...
We present a simple technique for instruction-level parallelism and analyze its performance impact. ...
We present a technique for ameliorating the detrimental impact of the true data dependencies that ul...
A great deal of the current research into computer architecture is directed at Multiple Instruction ...
The performance of superscalar processors is more sensitive to the memory system delay than their si...
The foremost goal of superscalar processor design is to increase performance through the exploitatio...
has emphasized instruction-level parallelism, which improves performance by increasing the number of...
Performance and scalability of high performance scientific applications on large scale parallel mach...
Current microprocessors exploit high levels of instruction-level parallelism (ILP). This thesis pres...
To maximize the performance of a wide-issue superscalar processor, the fetch mechanism must be capab...
The goal of cache design is to exploit data localities; however, the means to this end vary widely a...
To design computers which reach the performance limits of the implementation technology, one must un...
The main aim of this short paper is to investigate multiple-instruction-issue in a high-performance ...
Most research on multiple-instruction-issue processor architecture assumes a perfect memory hierarch...
A proposed performance model for superscalar processors consists of 1) a component that models the r...
In superscalar processors, capable of issuing and executing multiple instructions per cycle, fetch p...
We present a simple technique for instruction-level parallelism and analyze its performance impact. ...
We present a technique for ameliorating the detrimental impact of the true data dependencies that ul...
A great deal of the current research into computer architecture is directed at Multiple Instruction ...
The performance of superscalar processors is more sensitive to the memory system delay than their si...
The foremost goal of superscalar processor design is to increase performance through the exploitatio...
has emphasized instruction-level parallelism, which improves performance by increasing the number of...
Performance and scalability of high performance scientific applications on large scale parallel mach...
Current microprocessors exploit high levels of instruction-level parallelism (ILP). This thesis pres...
To maximize the performance of a wide-issue superscalar processor, the fetch mechanism must be capab...
The goal of cache design is to exploit data localities; however, the means to this end vary widely a...
To design computers which reach the performance limits of the implementation technology, one must un...