Based on pipeline and parallelism technology the processor can run in real-time .

基于流水线技术和并行 技术 的 硬件 设计保证了该算法的实时实现。

Research of Parallel Processing Technology in Network Processor

网络 处理器并行处理 技术研究

As the core unit in electronics device the technology feature of processor is shifting from high-performance to both high-performance and low-power .

处理器作为消费电子产品的核心部件，其 技术 需求特征逐渐从高性能转向高性能与低功耗并举。

High precision parameter measurement and in-pulse characteristic analysis of radar signal is possible with the development of digital signal processing technology and high-speed processor lays the base for real-time processing of radar signal .

数字信号处理 技术的发展使得雷达信号高精度参数测量和脉内细微特征分析成为可能，高速 处理 器件的发展为雷达信号实时处理奠定了基础。

With the improvement of the microprocessor 's operating frequency and the development of the Instruction Level Parallel technology the processor can execute more instructions within less time . So how to provide enough and continuous instruction stream becomes the key to increasing the performance of microprocessors .

随着现代高性能微处理器主频的提高以及指令级并行 技术的进一步发展，如何为 处理器的执行提供充足和连续的指令流，成为提高处理器性能的关键。

The Technology of Radar Signal Processor Based on FPGA

基于FPGA的雷达信号 处理 技术

As a key technology used in processor systems Network on Chip ( NOC ) is to become one of the most important methods to solve the commucication bottleneck problem in complex multiple processor systems .

片上网络（NOC）技术作为一种新兴的片上通信的关键 技术，已经成为解决复杂多 处理器系统中数据通信问题的重要方法。

Dynamic Detection Technology of Picture Processor and Memory

图形 处理器及存储器动态检测 技术

For this reason this context bases on high-performance computing technology in computer field multi-core processing technology and parallel processing technology of graphics processor to accelerate typical baseband signal processing rate .

为此，本文采用计算机领域中高性能计算技术，基于多核处理器和图形 处理器的并行处理 技术来加速通信系统中典型基带信号的处理速度。

With the rapid development of semiconductor technology more and more processor units are integrated in a single chip .

随着半导体 技术的高速发展，单一芯片上集成 处理单元数目越来越多。

System level simulation emulation and debugging technology for processor & new methodology based on hardware / software codesign

面向 处理器的系统级模拟、仿真及调试 技术&基于软硬件协同设计的新方法

Network Camouflage Technology Based on Network Processor

基于网络 处理器的网络伪装 技术 研究

Application of Slow-bus Technology in Embedded Processor System

嵌入式 处理器中的慢总线 技术应用

As information technology network technology data storage technology and high-performance processor technology advance the size of data expands quickly and all these contribute to the generation and the rapid development of the data mining technology .

随着信息技术、网络技术、数据存储 技术和高性能 处理器技术的进步，数据资料的规模急速膨胀，从而促进了数据挖掘（DATAMINING，DM）技术的产生和飞速发展。

In the era of single-core processor with the rapid development of large scale integrated circuit technology and semiconductor technology the processor frequency and integration continues to increase . This not only makes its power surge but also makes it more complex designs .

在单核处理器时代，随着大规模集成电路技术和半导体 技术的快速发展， 处理器的频率和集成度的不断提高，这不但使得单芯片单核 处理器的功耗剧增，而且使得其设计更加复杂。

The application of fiber grating sense technology will be improved by combining fiber grating sense technology with high-speed processor .

光纤传感 技术与高速 信号 处理技术相结合，将极大地提高光纤传感技术的应用水平。

Based on reduction in accurate image applying this technology to video processor can significantly enhance image quality improvement .

在准确还原图像的基础上，在视频 处理器中加入画质提升 技术能够明显改善图像质量。

With the development of network multimedia technology and processor technology digital video system has been widely used in daily life industry medicine military and many other fields .

随着网络多媒体 技术 和 处理器 芯片技术的迅速发展，数字视频系统已经广泛应用于日常生活、工业、医疗和军事等许多领域。

If really implementing this kind of technology on the processor we must offer the corresponding mechanism to monitor performance and guarantee that system does not suffer a large performance loss .

如果在 处理器上真正实现这种 技术，必须要通过性能监测机制保证系统性能不受损失。

The Primary Research on the Technology of Processor Instruction Set Simulating for SoC System-Level Design

适用于SoC系统级设计的 处理器指令集仿真 技术的初步研究

Besides the clock speed the technology used in a processor can affect performance .

除时钟速度外， 处理器使用的 技术也会影响性能。

The traffic flow measurement technology of network processor is the basis and assurance of network monitoring and management .

网络流量测量 技术是网络监测和管理研究的 重要前提和保证。

Considering the limitation of current TTU in China this thesis presents a new type of TTU based on the technology of MSP430 processor .

针对目前国内现行的变压器监控终端产品的局限性，本课题研制了一种新型的基于 单片机MSP430 技术的变压器监控终端。

As the development of the semiconductor technology and computer architecture technology Tiled Processor Architecture ( TPA ) becomes a direction of multi-core processors .

随着半导体技术和计算机体系结构 技术的发展，分片式 处理器逐渐成为多核领域的一个发展方向。

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。

But with the rapid development of the network hardware technology and the processor technology there still exist lots of unsolved problems in the DAG scheduling area .

但是随着网络硬件 技术 和 处理器技术的飞速发展，该领域仍然存在不少亟待解决的关键问题。

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

With advancing in technology and processor performance increasing neural networks intelligent control and other advanced control algorithms will be widely applied to the APF .

随着 科技 技发展和 处理器性能的提高，神经网络、知能控制等先进的控制算法将会广泛应用到APF中。