hardware resource

Usage of these techniques in the single chip microcomputer system, we can save hardware resource greatly, and reduce interfere on system ′ s work, and improve system ′ s reliability.

这些技术在单片机系统中的应用，大大节省了硬件资源，最大限度地降低干扰对系统工作的影响，提高了系统的可靠性。

What's more, thers are some peculiar users whose hardware resource is finite, they use palmtop ( such as Palm Pilots, Pocket PC, Handspring etc.) browse web page, then how to prefetch web page for them is worth to research.

而有些特殊用户的硬件资源有限，他们使用掌上电脑浏览网页，如何为他们实现页面预取也是应当研究的课题。

Owing to the disadvantage that traditional stopping criteria expend hardware resource too much, uses the combination of cross entropy criteria and exterior information by way of the stopping criteria.

针对传统停止迭代准则译码耗费硬件资源的不足，提出了利用外部信息结合交叉熵迭代停止准则作为新的迭代停止准则算法。

Making the most of electromechanical facility to control the hardware resource of PLC in the system can simplify the design of hardware in diagnosing system.

充分利用机电设备控制系统中PLC的硬件资源，可简化诊断系统的硬件设计。

Development of Management System of Computer Hardware Resource in LAN

局域网内计算机硬件资源管理系统的开发

Time-sharing allocation of hardware resource

硬件资源的时间分配

The author presents a method to test whether Series MCS 51 Simulator occupies the hardware resource of chip computer prototype, and the relative hardware diagram and program list are presented in this paper.

对MCS&51系列单片机仿真器是否占用单片机样机的硬件资源提供了一种测试方法，并给出了相应的硬件图及程序清单。

A method of the implement of FIR filter is given out based on the improved distributed arithmetic method to save the FPGA hardware resource.

这种改进的分布式算法把对信号的滤波过程和抽取过程综合到了一起，大大节约了FPGA的硬件资源。

The three parallel communication interfaces may be applied to extend the hardware resource of an application system.

这三种并行通信接口为单片机应用系统扩充硬件资源的设计提供了新的途径。

Hardware resource allocation in the automatic synthesis of digital systems

数字系统硬件结构自动综合中的资源分配技术

Sensors as forward access obtain signal, an industrial computer with abundant hardware resource as background utilize set-in boards based on PCI bus and serial modules to fulfill data transmission and instruction communication.

传感器作为前向通道拾取各信号，后台以工业控制计算机丰富的硬件资源为基础，利用基于PCI高速总线的插卡式测量板卡和串口模块实现与计算机的数据传输和命令通讯。

This design has the advantage of having a laconic structure and economizing the hardware resource.

本设计的优点在于系统的结构简洁,比较节约硬件资源.

In actual practice, hardware resource sharing and information resource sharing are often combined.

在实际的应用中, 硬件资源共享和信息资源共享是同时存在的.

The design makes the most of hardware resource Spartan-II chip, and adopts pipeline and parallel mode in order to improve the system clock and decode speed.

为充分利用Spartan-II芯片的硬件资源，编译码器采用了流水线方式与并行方式，并提高了系统时钟频率。

The task data flow graph ( DFG) was partitioned into several sub-modules under hardware resource constraint.

在可重构硬件资源约束条件下，将任务的数据流图划分成数个子模块。

In order to improve the speed of convolution, this paper adopt the DA distributed algorithm whose advantage was only one lookup table and an accumulator with shift. So it can reduce hardware resource consumption.

为了提高卷积运算的速度，采用DA分布式算法，其优点在于只需要一个查找表和一个带移位的累加器，减少了硬件资源的消耗。