In high-performance computer systems. performance losses due to conditional branch instructrons can be minrmized by predicting a branch outcome and fetching, decoding, and/or issuing subsequent instructions before the actual outcome is known. This paper discusses branch prediction strategies wrth the goal of maxtmizing prediction accuracy. First. currently used techniques are discussed and analyzed using instruction tmce data. Then, new techniques are proposed and are shown to provide greater accuracy and more flexibility at low cost
Branch prediction is a key mechanism used to achieve high performance on multiple issue, deeply pipe...
Accurate branch prediction can be seen as a mechanism for enabling design decisions. When short pipe...
Many high performance processors predict conditional branches and consume processor resources based ...
In a highly parallel computer system, performance losses due to conditional branch instructions can ...
Modern superscalar processors rely on branch predictors to sustain a high instruction fetch throughp...
To attain peak efficiency, high performance processors must anticipate changes in the flow of contro...
textPerformance of modern pipelined processor depends on steady flow of useful instructions for proc...
One of the key factors determining computer performance is the degree to which the implementation ca...
There is wide agreement that one of the most important impediments to the performance of current and...
There is wide agreement that one of the most important impediments to the performance of current and...
The importance of accurate branch prediction to future processors has been widely recognized. The co...
Pipeline stalls due to branches represent one of the most significant impediments to realizing the p...
High performance microprocessors have relied on accurate branch predictors to maintain high instruct...
To continue to improve processor performance, microar-chitects seek to increase the effective instru...
Branch predictor (BP) is an essential component in modern processors since high BP accuracy can impr...
Branch prediction is a key mechanism used to achieve high performance on multiple issue, deeply pipe...
Accurate branch prediction can be seen as a mechanism for enabling design decisions. When short pipe...
Many high performance processors predict conditional branches and consume processor resources based ...
In a highly parallel computer system, performance losses due to conditional branch instructions can ...
Modern superscalar processors rely on branch predictors to sustain a high instruction fetch throughp...
To attain peak efficiency, high performance processors must anticipate changes in the flow of contro...
textPerformance of modern pipelined processor depends on steady flow of useful instructions for proc...
One of the key factors determining computer performance is the degree to which the implementation ca...
There is wide agreement that one of the most important impediments to the performance of current and...
There is wide agreement that one of the most important impediments to the performance of current and...
The importance of accurate branch prediction to future processors has been widely recognized. The co...
Pipeline stalls due to branches represent one of the most significant impediments to realizing the p...
High performance microprocessors have relied on accurate branch predictors to maintain high instruct...
To continue to improve processor performance, microar-chitects seek to increase the effective instru...
Branch predictor (BP) is an essential component in modern processors since high BP accuracy can impr...
Branch prediction is a key mechanism used to achieve high performance on multiple issue, deeply pipe...
Accurate branch prediction can be seen as a mechanism for enabling design decisions. When short pipe...
Many high performance processors predict conditional branches and consume processor resources based ...