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首页> 外文期刊>Proceedings of the Romanian Academy, Series A. Mathematics, physics, technical sciences, information science >Neural branch prediction: from the first ideas, to implementations in advanced microprocessors and medical applications
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Neural branch prediction: from the first ideas, to implementations in advanced microprocessors and medical applications

机译:神经分支预测:从最初的想法到高级微处理器和医疗应用中的实现

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This paper presents the idea of dynamic neural branch prediction, from its early theoretical foundations, firstly developed by the author of this paper, up to its implementations in present-day commercial advanced microprocessors. Also, the paper analyses a scientific work that proposes the use of neural branch predictors in predicting the brain’s neuronal activity, with useful medical applications. Machine Learning domain significantly fertilized Computer Architecture research during the last years. Dynamic Neural Branch Prediction was one of the earliest successful examples in this sense, being now an interesting fertile story, already used by industry in developing commercial advanced superscalar and simultaneous multithreading microprocessors.
机译:本文介绍了动态神经分支预测的思想,从其最初的理论基础(首先由本文的作者开发)到其在当今商用高级微处理器中的实现。此外,该论文还分析了一项科学工作,该工作提出了利用神经分支预测因子预测大脑神经元活动的方法,并具有有益的医学应用。在过去的几年中,机器学习领域极大地促进了计算机体系结构的研究。在这种意义上,动态神经分支预测是最早成功的例子之一,现在已经成为一个有趣的故事,已经被工业界用于开发商业高级超标量和同步多线程微处理器。

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