All present branch prediction techniques are limited in their accuracy. Our aim is to demonstrate that an important limitation cause is given by the used prediction contexts (global and local histories respectively path information). Using these dynamic contexts, some branches are unbiased and randomly shuffled, therefore unpredictable. The percentages of these branches represent a fundamental prediction limitation. For outperforming this limitation it is necessary additional more relevant context information, in order to further reduce the entropy of these branches
To attain peak efficiency, high performance processors must anticipate changes in the flow of contro...
As a result of resource limitations, state in branch predictors is frequently shared between uncorre...
Recent studies of dynamic branch prediction schemes rely almost exclusively on user-only simulations...
Accurate branch prediction can be seen as a mechanism for enabling design decisions. When short pipe...
Modern high-performance architectures require extremely accurate branch prediction to overcome the p...
Modern high-performance architectures require extremely accurate branch prediction to overcome the p...
To attain peak efficiency, high performance processors must anticipate changes in the flow of contro...
. Two-level predictors improve branch prediction accuracy by allowing predictor tables to hold multi...
In this paper, we propose a new class of branch predictors, complementary branch predictors, which c...
Conditional branches frequently exhibit similar behavior (bias, time-varying behavior,...), a proper...
Abstract. The majority of currently available dynamic branch predictors base their prediction accura...
Predicated Execution can be used to alleviate the costs associated with frequently mispredicted bran...
Recent attention to speculative execution as a mechanism for increasing performance of single instru...
Abstract. This work investigates the potential of direction-correlations to improve branch predictio...
The need to flush pipelines when miss-predicting branches occur can throttle the performance of a pi...
To attain peak efficiency, high performance processors must anticipate changes in the flow of contro...
As a result of resource limitations, state in branch predictors is frequently shared between uncorre...
Recent studies of dynamic branch prediction schemes rely almost exclusively on user-only simulations...
Accurate branch prediction can be seen as a mechanism for enabling design decisions. When short pipe...
Modern high-performance architectures require extremely accurate branch prediction to overcome the p...
Modern high-performance architectures require extremely accurate branch prediction to overcome the p...
To attain peak efficiency, high performance processors must anticipate changes in the flow of contro...
. Two-level predictors improve branch prediction accuracy by allowing predictor tables to hold multi...
In this paper, we propose a new class of branch predictors, complementary branch predictors, which c...
Conditional branches frequently exhibit similar behavior (bias, time-varying behavior,...), a proper...
Abstract. The majority of currently available dynamic branch predictors base their prediction accura...
Predicated Execution can be used to alleviate the costs associated with frequently mispredicted bran...
Recent attention to speculative execution as a mechanism for increasing performance of single instru...
Abstract. This work investigates the potential of direction-correlations to improve branch predictio...
The need to flush pipelines when miss-predicting branches occur can throttle the performance of a pi...
To attain peak efficiency, high performance processors must anticipate changes in the flow of contro...
As a result of resource limitations, state in branch predictors is frequently shared between uncorre...
Recent studies of dynamic branch prediction schemes rely almost exclusively on user-only simulations...