Add to ORKGMost research on multiple-instruction-issue processor architecture assumes a perfect memory hierarchy and concentrates on increasing the instruction issue rate of the processor. In contrast, this paper assumes an ideal processor model and seeks to quantify the limitations placed on superscalar processor performance by the memory hierarchy. The paper concludes that sustaining processor issue rates of four or more will probably ultimately require systematic pre-loading of cache blocks and the use of trace caches
To maximize the performance of wide-issue superscalar out-of-order microprocessors, the issue stage ...
In superscalar processors, capable of issuing and executing multiple instructions per cycle, fetch p...
Continued advances in circuit integration technology has ushered in the era of chip multiprocessor (...
This paper discusses dependence collapsing, instruction bypassing and ‘Multiple Load ’ issue as adva...
The main aim of this short paper is to investigate multiple-instruction-issue in a high-performance ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
In this paper the performance of multiple-instructionissue processors with variable register file si...
As the performance gap between processors and main memory continues to widen, increasingly aggressiv...
To maximize the performance of a wide-issue superscalar processor, the fetch mechanism must be capab...
A great deal of the current research into computer architecture is directed at Multiple Instruction ...
In out-of-order issue superscalar microprocessors, instructions must be buffered before they are iss...
Simultaneous multithreading (SMT) is an interesting way of maximizing performance by enhancing proce...
High performance computer architectures increasingly use compile-time instruction scheduling to reor...
The memory consistency model of a shared-memory multiprocessor determines the extent to which memory...
Processor performance is directly impacted by the latency of the memory system. As processor core cy...
To maximize the performance of wide-issue superscalar out-of-order microprocessors, the issue stage ...
In superscalar processors, capable of issuing and executing multiple instructions per cycle, fetch p...
Continued advances in circuit integration technology has ushered in the era of chip multiprocessor (...
This paper discusses dependence collapsing, instruction bypassing and ‘Multiple Load ’ issue as adva...
The main aim of this short paper is to investigate multiple-instruction-issue in a high-performance ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
In this paper the performance of multiple-instructionissue processors with variable register file si...
As the performance gap between processors and main memory continues to widen, increasingly aggressiv...
To maximize the performance of a wide-issue superscalar processor, the fetch mechanism must be capab...
A great deal of the current research into computer architecture is directed at Multiple Instruction ...
In out-of-order issue superscalar microprocessors, instructions must be buffered before they are iss...
Simultaneous multithreading (SMT) is an interesting way of maximizing performance by enhancing proce...
High performance computer architectures increasingly use compile-time instruction scheduling to reor...
The memory consistency model of a shared-memory multiprocessor determines the extent to which memory...
Processor performance is directly impacted by the latency of the memory system. As processor core cy...
To maximize the performance of wide-issue superscalar out-of-order microprocessors, the issue stage ...
In superscalar processors, capable of issuing and executing multiple instructions per cycle, fetch p...
Continued advances in circuit integration technology has ushered in the era of chip multiprocessor (...