超线程技术

Kylin超线程技术研究与实现

The Research and Implementation of Hyper-Threading Technology in Kylin Operating System

其次在实现上，针对IntelPentium4处理器的特性，从存储器组织和高速缓存的利用，SSE2多媒体扩展指令的应用以及基于超线程技术的并行处理等三个方面进行优化实现。

Then further optimizations related to memory organization and cache efficiency , Streaming SIMD Instructions , and the parallel process using Hyper-threading technology have been efficiently implemented on Intel Pentium 4 based computer .

介绍了超线程技术的基本概念，设计思想、特点及其发展，讨论了超线程的技术的实现

This paper introduces the basic concept , design idea , characteristics and its development of HT It also briefly discusses realization of HT technique

摘要以叙述提高计算机性能的各种方法为起点，阐明了多处理器并行处理、超线程技术、多核心处理器的原理与应用。

This paper expounds the principle and the application of multiprocessors parallel processing , Hyper-Threading Technology and multi-core processors by narrating various methods that enhance the computer performance as a beginning .

通过利用超线程传输技术，在多处理器的服务器中灵活使用可高速缓存一致性协议，令多核处理器共享一个内存空间。

Using HyperTransport technology in multi-processor servers enables scalability through the use of a cache coherency protocol which allows many multi-core processors to share a common memory space .

超线程及其实现技术分析

Analysis of Hyper-threading and Its Implementation Technology

本文介绍现代计算机中总线结构发展的特点，以及超频及超线程等新技术，为从事计算机理论研究提供参考。

The characteristic of modern computer bus architecture and Exceed Frequency as well as Hyper Threading technology are introduced , the paper puts forward some references for the researchers .

然后，设计实现了超线程感知的Kylin内核调度器，针对超线程技术进行了相应的调度优化。

Thirdly , design and implement Kylin Hyper-Threading aware kernel scheduler that optimizes the thread scheduling for Hyper-Threading processor .