接口控制器

并行接口控制器IP核设计

IP Core Design of a Parallel Interface Controller

基于FPGA的PCI接口控制器状态机的分析

Study on state machine in PCI interface controller based on FPGA

MAP网络接口控制器（TIM）的设计和实现

Design and implementation of a network interface module ( tim ) on map

而PCI总线接口控制器的设计是雷达回波记录与重演中的关键。

The design of PCI bus target interface is design key .

基于FPGA的PCI接口控制器模型的设计

Design of PCI Interface Controller Model Based on FPGA

在分析PCI总线接口控制器基本功能的基础上，给出其顶层设计。

The PCI top-level block design is first presented in terms of the bus interface controller .

雷达回波记录与重演设备中的PCI目标接口控制器

PCI Bus Target Interface Used In The System Of The Radar Echo 's Record And Replay

FPGA验证结果表明，所设计的接口控制器能够实现预定功能。

FPGA validation results show that the function of the interface host controllers can achieve the design goals . 2 .

研究有限状态机与PCI总线接口控制器的设计问题。

Studies issues in the finite state machine ( FSM ) design in PCI bus interface controllers .

微处理器系统外设接口控制器的VLSI设计技术研究与实现

Research and Realization on the VLSI Design Critical Technologies of Microprocessor Systems Peripheral Interface Controllers

根据PCI总线操作时序，提出了从设备接口控制器的有限状态机模型。

The FSM model of target PCI bus interface controller is then provided based on PCI bus operation timing .

通用接口控制器GPIOWBIP核设计与实现

Design and Implementation of General Purpose Interface Controller GPIO_WB IP Core

一种IDE接口控制器内核的设计

Design of IDE Interface Controller Core

在该对话框中，您可以为网络接口控制器（NetworkInterfaceController，NIC）设置适当的IP信息、地址、网络掩码、网关和名称服务器。

From here , you can set up the Network Interface Controller ( NIC ) with the appropriate IP information , address , netmask , gateway , and nameserver .

本论文设计的存储系统主要由Nios软核CPU、IDE接口控制器、驱动软件、外部存储设备等构成。

This system consists of Nios soft core CPU , IDE controller , drive software , external store apparatus , etc.

基于嵌入式MPU核的1553B总线接口控制器的设计

The Design of 1553B Bus Interface Controller Based on Embedded MPU Core

网络接口控制器（NIC）的缓冲区管理技术研究

Research on Buffer Management Technology of NIC

基于FPGA的ZBTSRAM接口控制器的设计

FPGA-Based ZBT SRAM Interface Controller

给出了PCI总线配置空间的设计以及PCI接口控制器中时序状态机的实现。

The design of the PCI bus in the interspaced ordonnance , and the realization of the sequence state machine in the PCI interface controller is given .

1553B总线系统的关键部分是协议接口控制器。

The key to the 1553B bus system is to design 1553B data bus interface controller chip .

为使一些不符合MAP标准的设备方便地联入计算机集成制造系统的网络结构中，设计和实现了一个网络多路接口控制器（NMC）。

In order to integrate some equipment disagreeing with MAP in CIMS network , a network multi interface controler ( NMC ) is designed and implemented .

文章介绍了微型机并行接口控制器PIA（MC6821兼容芯片）的VHDL设计与实现。

Design and implement of the Peripheral Interface Adapter of 6809 Single Chip Machine of Motorola Corporation based on VHDL are introduced .

给出了一种基于FPGA实现PCI总线目标模块接口控制器的设计方案，用时序状态机来实现总线访问操作复杂的时序。

A PCI target interface controller design with FPGA is proposed . And the realization of the complication of the access sequence to the BUS interface controller is expressed by sequence state machine .

只要把网络接口控制器（NIC）设置为混杂模式，网卡就能接收到每一个数据包，实现监听。

If it is set to promiscuous mode , network interface controller ( NIC ) can incept all data packet to monitor .

论文首先分析了PCI总线接口控制器的概要设计和子模块的划分，然后详细分析了各个子模块的功能及设计方法。

First , it analyses the whole-design of PCI interface controller and partition of all its sub modules , and then explores the function and technique of every sub module in detail .

简介了LN7210智能GPIB接口控制器的主要功能、制造工艺以及测试技术。

This paper introduces the main function and technology of LN7210 intelligent GPIB controller briefly .

为了在FPGA上实现简化的PCI接口控制器采用模块设计的方法，将PCI接口逻辑分成四个模块，重点介绍了状态机模块的设计，并给出了存储器读操作的仿真波形。

In order to realize a simply PCI Target interface on FPGA , building block design method was introduced . The PCI interface logic was divided into four modules . And the designing of state-machine module was emphatic introduced .

对IFM编码器进行了剖析，并介绍与之配套的LEC-3型接口控制器。

The IFM encoder is analyzed and the associated LEC-3 Intetfacing controller is presented .

DDR2接口控制器是实现DDR2内存访问的控制接口，在通用计算机和高端嵌入式系统领域具有广泛的应用。

DDR2 interface controller is the control engine of DDR2 SDRAM access , and has broad utilities on both general-purpose computers and complex embedded systems .

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。

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 .