Multi-core processor

A method to monitor the core status in multi-core processor system

一种监控多核处理器系统核状态的方法

Research on Power Model and Thermal Model of Multi-Core Processor and Its Implementation

多核处理器功耗和热量模型研究及实现

An Algorithm Research for Tasks Scheduling of Parallel System on Multi-core Processor

基于多核处理器并行系统的任务调度算法研究

The multi-core processor is one of the development trends on computer architecture technology .

片上多核处理器是目前计算机体系结构技术发展的一个趋势。

Research and Implementation of Parallel Processing Technology for IPSec Based on Multi-core Processor

基于多核的IPSec并行处理技术研究与实现

Mixing Test Flow Generating Technology Based on Multi-core Processor

基于多核处理器的混合测试流量生成技术

To solve this problem , the multi-core processor architecture was proposed .

为解决这一问题，多核结构的设计思想应运而生。

Key techniques of multi-core processor and its development trends

多核处理器的关键技术及其发展趋势

Research and Implementation of Voltage Regulator Module for Multi-Core Processor

多核处理器电压调节模块的研究与实现

Multi-core processor means integrating several complete computing cores on one chip .

多核处理器是指在一枚处理器中集成多个完整的计算核心。

Survey of Parallel Acceleration Algorithms of Video Coding on Multi-core Processor

面向多核处理器的视频编码并行加速算法综述

Synchronization technology based on invalidation of instruction Cache for multi-core processor

基于指令Cache作废的多核处理器同步技术

Research on Linux network packet buffer recycling toward multi-core processor

面向多核处理器的Linux网络报文缓冲区重用机制研究

An Evaluation Model for Multi-Core Processor Memory Hierarchy

一种多核处理器存储层次性能评估模型

Currently , the rapid development of multi-core processor provides sufficient support for high complexity computing .

目前，多核处理器的发展日新月异，为各种高复杂度计算需求提供了有利的平台支撑。

The Study of Decorrelation Techniques for Video Coding on Heterogeneous Multi-Core Processor

基于异构多核处理器的视频编码去相关性研究

The widespread use of multi-core processor increased the demands of parallel program dramatically .

多核处理器的普及增加了并行程序的需求。

JTAG technology is still the leading debug tool for Multi-core processor .

对多核处理器来说，调试工具的主流仍是JTAG技术。

A Parallel Stream Memory Architecture for Heterogeneous Multi-core Processor

一种异构多核处理器的并行流存储结构

Key Techniques of Cache Coherence Protocol for Multi-Core Processor

多核处理器Cache一致性协议关键技术研究

The multi-core processor using such NoC architecture can obtain high communication efficiency and memory utilization ratio .

基于该架构的多核处理器可以获得更高的通信效率及存储器利用率。

Thus , the key of doing research in multi-core processor architecture effectively is adopting a new simulator .

因此，新的处理器模拟工具是有效开展片上多处理器结构研究的关键。

Nowadays , the development technology of the multi-core processor , bring the new trend in the development of the high performance computing .

当今多核技术的发展带来了高性能计算发展的新趋势。

In order to make full use of the multi-core processor , it is also important to study the techniques for parallel programming .

为了更加充分地利用多核处理器，程序需要同时做更多的事情。

Analysis on Java Program Based on Multi-Core Processor CPU Optimization of Binary Translator Based on GODSON CPU

浅析多核处理器条件下的Java编程基于龙芯处理器的二进制翻译器优化

Multi-core processor arises at the historic moment and has become one of the hottest research topic today .

多核处理器应运而生，也成为当今最为热门的研究课题之一。

For multi-core processor , it needs compute-intensive applications to avoid the waste of computing resources .

从多核处理器角度而言，也希望能够找到一种计算密集型的应用，来充分发挥自身的性能优势，避免计算资源的浪费。

In this paper , the improved genetic algorithm among intelligent approximation algorithm is applied to tasks scheduling for heterogeneous multi-core processor system .

本文即是将智能近似算法中改进的遗传算法应用到了异构多核处理器系统任务调度问题，并获得了比较好的解决方案。

The technology of multi-core processor is widely used in high performance computing system in order to overcome the bottleneck of the processor performance .

多核处理器的出现解决了处理器性能的瓶颈问题，被广泛运用于高性能计算系统的构建，成为高性能计算结点的主要组成部分。

With the popularity of the multi-core processor , it provides Mining Spatial of CPU computing resources under Single node .

个人微机上的多核CPU的普及提供了单个计算节点上的CPU计算资源的挖掘空间。