2014Unpublished venueRequires access

Author retrospective for increasing the instruction fetch rate via multiple branch prediction and a branch address cache

Tse-Yu Yeh, Deborah T. Marr, Yale N. Patt

Open publisher page 1 citations

Abstract

"Increasing the Instruction Fetch Rate viaMultiple Branch Prediction and a Branch Address Cache" was the first paper to propose a highly accurate hardware mechanism for predicting and fetching multiple non-contiguous basic blocks using leading-edge aggressive branch predictors of the time. Prior to this paper, the methods to increase fetch bandwidth relied on software and compiler mechanisms to increase the size of the basic blocks themselves. The publication of our paper inspired an explosion of research to further improve the accuracy of multiple branch prediction, reduce complexity of fetching multiple basic blocks, or increase the fetch bandwidth in other ways.

About this research paper

What this paper is about

"Increasing the Instruction Fetch Rate viaMultiple Branch Prediction and a Branch Address Cache" was the first paper to propose a highly accurate hardware mechanism for predicting and fetching multiple non-contiguous basic blocks using leading-edge aggressive branch predictors of the time. Prior to this paper, the methods to increase fetch bandwidth relied on software and compiler mechanisms to increase the size of the basic blocks themselves. The publication of our paper inspired an explosion of research to further improve the accuracy of multiple branch prediction, reduce complexity of fetching multiple basic blocks, or increase the fetch bandwidth in other ways.

Why it matters

OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Available abstract

"Increasing the Instruction Fetch Rate viaMultiple Branch Prediction and a Branch Address Cache" was the first paper to propose a highly accurate hardware mechanism for predicting and fetching multiple non-contiguous basic blocks using leading-edge aggressive branch predictors of the time. Prior to this paper, the methods to increase fetch bandwidth relied on software and compiler mechanisms to increase the size of the basic blocks themselves. The publication of our paper inspired an explosion of research to further improve the accuracy of multiple branch prediction, reduce complexity of fetching multiple basic blocks, or increase the fetch bandwidth in other ways.

Key concepts: Branch predictor, Fetch, Computer science, Cache, Parallel computing, Compiler, Bandwidth (computing), Computer network

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