High-accuracy branch prediction is crucial for high-performance processors. Inspired by the work on indexing functions to eliminate conflict-misses in memory hierarchy, this paper explores different indexing approaches to reduce conflict aliasing in branch-prediction tables. Our results show that indexing functions provide a highly complexity-effective way to enhance prediction accuracy
Predicting indirect-branch targets has become a performance bottleneck for many applications. Previo...
Indirect branch prediction is likely to become increasingly important in the future because indirect...
Branch predictors typically use combinations of branch PC bits and branch histories to make predicti...
High-accuracy branch prediction is crucial for high-performance processors. Inspired by the work on ...
As modern microprocessors employ deeper pipelines and issue multiple instructions per cycle, they ar...
As modern microprocessors employ deeper pipelines and is-sue multiple instructions per cycle, they a...
There were several hypotheses that motivated this research project. First, we proposed that running ...
To attain peak efficiency, high performance processors must anticipate changes in the flow of contro...
Previous branch prediction studies have relied primarily upon the SPECint89 and SPECint92 benchmarks...
Modern superscalar processors rely on branch predictors to sustain a high instruction fetch throughp...
Dynamic branch predictors are popular because they can deliver accurate branch prediction without ch...
During the 1990s Two-level Adaptive Branch Predictors were developed to meet the requirement for acc...
The need to flush pipelines when miss-predicting branches occur can throttle the performance of a pi...
Branch prediction accuracy is a very important factor for superscalar processor performance. The abi...
textPerformance of modern pipelined processor depends on steady flow of useful instructions for proc...
Predicting indirect-branch targets has become a performance bottleneck for many applications. Previo...
Indirect branch prediction is likely to become increasingly important in the future because indirect...
Branch predictors typically use combinations of branch PC bits and branch histories to make predicti...
High-accuracy branch prediction is crucial for high-performance processors. Inspired by the work on ...
As modern microprocessors employ deeper pipelines and issue multiple instructions per cycle, they ar...
As modern microprocessors employ deeper pipelines and is-sue multiple instructions per cycle, they a...
There were several hypotheses that motivated this research project. First, we proposed that running ...
To attain peak efficiency, high performance processors must anticipate changes in the flow of contro...
Previous branch prediction studies have relied primarily upon the SPECint89 and SPECint92 benchmarks...
Modern superscalar processors rely on branch predictors to sustain a high instruction fetch throughp...
Dynamic branch predictors are popular because they can deliver accurate branch prediction without ch...
During the 1990s Two-level Adaptive Branch Predictors were developed to meet the requirement for acc...
The need to flush pipelines when miss-predicting branches occur can throttle the performance of a pi...
Branch prediction accuracy is a very important factor for superscalar processor performance. The abi...
textPerformance of modern pipelined processor depends on steady flow of useful instructions for proc...
Predicting indirect-branch targets has become a performance bottleneck for many applications. Previo...
Indirect branch prediction is likely to become increasingly important in the future because indirect...
Branch predictors typically use combinations of branch PC bits and branch histories to make predicti...