Pentium 4

A compiler optimization method under Linux operation system on Pentium 4 processor computer is introduced in this paper .

本文介绍了一种在奔腾4处理器微机上Linux操作系统下的优化编译方法。

Using Intel compiler to optimize mesoscale model mm5 ′ s performance on Pentium 4 processor

使用Intel编译器优化中尺度模式MM5在奔腾4上的运行

Analysis of Pentium 4 Memory Hierarchy

Pentium4处理器的内存层次分析

Design of Pentium 4 Mainboard

Pentium4主板设计

The Microarchitecture of the Pentium 4 CPU

初探Pentium4CPU微体系结构

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 .

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。

A software decoder is designed and implemented according to the new Chinese national standard AVS-M on video compression , and the flow and method of program design are introduced . The decoding of 352 × 288 CIF images is realized in real-time on computer with Pentium 4 CPU .

设计实现了新的国家视频压缩标准AVS-M的软件解码器，介绍了程序设计流程和方法，在奔腾4代CPU计算机上实现了352×288CIF图像的实时解码。

At last , the two kinds of micro-benchmark program are used to test on Pentium 3 and Pentium 4 processors .

最后使用这两种测试程序，在Pentium3和Pentium4处理器上进行了测试验证。