microprocessor chip

Verification Test Analysis and Application for a Microprocessor Chip

一种微处理器芯片的验证测试分析及应用

A microcomputer generally used by only one person at a time uses a microprocessor chip as its CPU .

一台微机通常在一段时间里仅由一人使用，它用一个微处理器芯片作为cpu。

The embedded speech system based on the microprocessor chip is researched in this thesis .

本文主要研究基于单片微处理器的嵌入式语音编码系统。

At present , the growing of chip temperature has become one of the main bottlenecks in microprocessor chip design .

目前处理器持续增长的温度已经成为芯片设计的主要瓶颈之一。

The behavior design and simulation of a 32-bit microprocessor chip sre described in this paper .

本文介绍32位微处理器芯片的行为设计和行为模拟。

Digital signal processor is a new type of microprocessor chip which has been developed and widely applied of late years .

数字信号处理器是近年来发展和应用十分迅速的新型微处理机芯片。

It is a form of computing where debit and credit cards have an embedded microprocessor chip .

它是一种形式的计算而借记卡和信用卡，有一个嵌入式微处理器芯片。

Microprocessor chip , which is driven by the improving of technology in architecture , has entered the multi-core era .

在体系结构技术的推动下，微处理器已经全面进入片上多核时代。

Smart card is actually a plastic card , with a size about that of a credit card embedded within it a microprocessor chip .

智能卡其实是一张塑胶卡片，体积有如一张普通的信用卡，内藏一块微处理器晶片。

Applying a magnetic field is one way to do it , but directing a strong magnetic field onto a microprocessor chip is no easy feat .

一种方法是运用磁场，但将一个强磁场直接导入微处理器芯片并不容易。

In this paper we present an architecture for JTAG boundary-scan Interface Controller which we have implemented as a basic RISC microprocessor chip .

本文介绍了一种JTAG边界扫描控制器结构，并以基本的RISC微处理器芯片进行处理。

Microprocessor chip is the core of the ignition monitor system , which bears the data collection , data communications and ignition timing counts and other important functions .

微处理器芯片它是点火监控系统的核心部分，它承担着数据采集、数据通讯和点火时间计数等重要的功能。

The whole system is totally controlled by a microprocessor chip that can completely manage to reconfigure FPGA between the two models : Back propagation neural network model and its training model .

该系统由一个单片机控制着一片FPGA芯片，芯片上配置的软测量模型在一个BP人工神经网络模型及其训练模型之间切换（即重构）。

This terminal 's hardware design mainly includes the choice of microprocessor chip , the interface design of MC35 module of communication , the circuit design of memory modules and serial port and so on .

该终端的硬件设计，主要包括微处理器芯片的选型、MC35通讯模块的接口设计、存储器单元及串口电路设计等。

First , hardware and software architecture are built in this article . The proper microprocessor chip , the storage device , the image acquisition equipment and the image display interface are chosen to design the hardware circuit .

本文首先设计了整个系统的软硬件结构框架，接着选取合适的微处理器芯片、存储设备、图像采集设备和图像显示设备来进行硬件电路设计。

This Paper presents the architecture of Instruction Cache of a 32-bit RISC microprocessor chip named " LongTeng " R2 , the design and the implementation techniques of it are studied in detail .

本文详细介绍了32位RISC微处理器龙腾R2中指令CACHE的体系结构，着重研究了其设计和实现问题。

Using SDC both the word length of microinstruction and the capacity of control memory can be reduced at least 50 % , cost of microprocessor chip can be reduced and cost / performance of microprocessors can be improved .

用分组直接控制法可使微指令字长和控制存储器的容量减少50%以上，可降低微处理器芯片的成本、提高微处理器的性能价格比。

Based on an actual engineering project , this paper proposes a better verification test flow . By integrating multiple test methods into this flow , this paper verifies a type of microprocessor chip and gives the quantitative and qualitative analysis for the related test projects .

基于实际工程，该文提出了一个较有效的验证分析流程方案，采用多测试项目融合的测试法对一款微处理器芯片进行了验证分析，并对相关测试项目进行了定量、定性的评估。

This Paper presents the architecture of memory subsystem of a 32-bit RISC microprocessor chip , which names " LongTeng " R2 , and discusses the optimized approach in design of Data Cache in multiprocessor system in details , including the implementation of the MEI protocol .

本文简要介绍了一种支持多机系统的32位RISC微处理器龙腾R2存储单元的体系结构，着重讨论了数据Cache的优化设计，包括为保证支持存储一致性的MEI协议的实现。

Based on the requirements of embedded microprocessor system chip applications , the research on critical VLSI realization technologies of many peripheral device interface controllers in a 32-bits high performance embedded microprocessor system s chip has academic and practical signality .

本文面向嵌入式微处理器系统芯片的应用，研究32位高性能嵌入式系统芯片外设接口控制器的VLSI设计实现关键技术，具有重要的理论意义和实用价值。

This thesis focus on the critical VLSI design and realization technologies of many peripheral device interface controllers in a 32-bits high performance embedded microprocessor systems chip . These peripheral device interface controllers include LCD , UART , I ~ 2C , SPI and PTC .

本文对一款32位高性能嵌入式微处理器系统芯片中外设接口控制器的VLSI设计和实现关键技术进行了深入研究，这些外设接口主要包括：LCD、UART、I~2C、SPI和PTC。

In this controller device the technology of IC card and microprocessor of a chip is used .

该控制器充分利用IC卡技术和单片机原理；

Smart cards look like credit cards but have a microprocessor and memory chip inside .

智慧卡的外观就像信用卡，但卡片内多了微处理器和记忆晶片。

As he thought about the microprocessor - a chip that had an entire central processing unit on it - he had an insight .

当他想到微处理器时--也就是带有一整块中央处理单元的芯片--他有了一个想法。

Using a single-chip microprocessor and special chip , the design dealt with analog signals which were measured by sensors and had the smart function .

本设计主要通过单片机及专用芯片对传感器所测得的模拟信号进行处理，使其完成智能化功能。

It aimed at the practical application demand , integrates many analogous circuits , digital circuit and microprocessor on one chip to provide " monolithic " solution .

其针对实际应用需求，把许多模拟电路、数字电路和微处理器集成在一个芯片上，以提供单片解决方案。

Proposed the " Microprocessor + EPA chip + network chip " design scheme , by comparing two communication interface schemes . And then , designed the hardware architecture and the communication program .

通过对两种候选通信接口方案的比较，选择了微处理器+EPA专用芯片+网络芯片的技术方案，并对通信接口的硬件结构和通信程序进行了设计。

The emulator consists of IBM PC microcomputer , storage board and processor emulation board . It is suitable for developing 8 bit bus microprocessor without on chip ROM.

该仿真器由IBM&PC微机、存贮板和目标机仿真板组成，适合于开发8位总线非驻留ROM型的微处理机。

Ethernet interface include hardware circuit realization between 8-bit microprocessor and Ethernet control chip , and driver of Ethernet control chip .

以太网接口实现主要内容包括8位微处理器与以太网控制芯片的硬件电路的实现以及以太网控制芯片驱动程序的实现。

Power PC 620 microprocessor is the first chip for the high - speed server and high-end workstation product line within the Power PC family .

PowerPC620是PowerPC系列中用于高档工作站和高速服务器的第一种芯片，它采用了许多先进的微结构。