CISE Experimental Partnerships: MIT Raw Machine

EIA-0071841 Amarasighe，Saman P.MITCISE实验伙伴关系：伙伴关系：麻省理工学院原始机器快速发展的技术将十亿个晶体管放在计算机架构师触手可及的芯片上。 已经提出了几种利用大量硅资源的方法，其中一个重要的目标是从大约一平方英寸的硅中获得最大的性能。 这些方法在一个或多个指令流中利用更多的并行性。 例子包括更积极的超标量，多标量，处理器耦合设计，同时多线程处理器，芯片上的多处理器和VLIW。该项目的目标是发现，实施和评估简单的架构机制，随着VLSI时钟速度的增加而扩展，以及在低级别架构资源上协调高级计算以实现最大效率的软件技术。

EIA-0071841Amarasighe, Saman P.MITCISE Experimental Partnerships: Partnerships: MIT Raw MachineRapidly evolving technology places a billion transistors on a chip within reach of the computer architect. Several approaches to utilizing the large amount of silicon resources have been put forth, with the single important goal of obtaining the most performance out of approximately one square inch of silicon. These approaches exploit more parallelism in one or more instruction streams. Examples include more aggressive superscalars, multiscalars, processor-coupled designs, simultaneous multi-threading processors, multiprocessors on a chip and VLIWs. The goal of this project is to discover, implement and evaluate simple architectural mechanisms that scale with increasing VLSI clock speed, and software techniques that orchestrate high-level computations on the low-level architectural resources for maximum efficiency.