The method most often used for inventing new branch predictors is to start from a known predictor and try to improve it. However, this method gives little insight in the frequent case where we fail to improve the predictor. This study proposes a new approach, which we think provides a better understanding. We start from a model of ideal predictor, and introduce successive degradations, until we obtain a predictor that can be implemented in hardware. On each degradation, it is possible to quantify the loss, analyze the reasons for it, and sometimes propose remedies. This paper is an illustration of this method on the family of tag-based predictors derived from PPM
Branchp rediction accuracy is a very important factor for superscalar processor performance. It is t...
One of the key factors determining computer performance is the degree to which the implementation ca...
We present a new method for branch prediction that encodes in the branch instruction a formula, chos...
The method most often used for inventing new branch predictors is to start from a known predictor an...
This paper describes cbp1.5, the tag-based, global-history predictor derived from PPM that was rank ...
International audienceThe TAGE predictor is often considered as state-of-the-art in conditional bran...
Abstract: During this work we investigated through a trace driven simulation method two distinct app...
Branch prediction is an important mechanism in modern microprocessor design. The focus of research i...
this paper. This predictor is a general case of most of the predictors used nowadays, including One...
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...
Accurate branch prediction can be seen as a mechanism for enabling design decisions. When short pipe...
Dynamic branch predictors are popular because they can deliver accurate branch prediction without ch...
The need to flush pipelines when miss-predicting branches occur can throttle the performance of a pi...
Branch predictors typically use combinations of branch PC bits and branch histories to make predicti...
Branchp rediction accuracy is a very important factor for superscalar processor performance. It is t...
One of the key factors determining computer performance is the degree to which the implementation ca...
We present a new method for branch prediction that encodes in the branch instruction a formula, chos...
The method most often used for inventing new branch predictors is to start from a known predictor an...
This paper describes cbp1.5, the tag-based, global-history predictor derived from PPM that was rank ...
International audienceThe TAGE predictor is often considered as state-of-the-art in conditional bran...
Abstract: During this work we investigated through a trace driven simulation method two distinct app...
Branch prediction is an important mechanism in modern microprocessor design. The focus of research i...
this paper. This predictor is a general case of most of the predictors used nowadays, including One...
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...
Accurate branch prediction can be seen as a mechanism for enabling design decisions. When short pipe...
Dynamic branch predictors are popular because they can deliver accurate branch prediction without ch...
The need to flush pipelines when miss-predicting branches occur can throttle the performance of a pi...
Branch predictors typically use combinations of branch PC bits and branch histories to make predicti...
Branchp rediction accuracy is a very important factor for superscalar processor performance. It is t...
One of the key factors determining computer performance is the degree to which the implementation ca...
We present a new method for branch prediction that encodes in the branch instruction a formula, chos...