Enhanced Parallel Port

Enhanced Parallel Port ( EPP ) has the feature of bible data transporting and auto hand shake by hardware . It can be used in PC communication to possess the advantages of high transportation speed and the software easy to be designed .

增强型并行端口EPP具有数据双向传送，通过硬件自动握手的特点，用它实现微机之间的通信具有传输速度快，软件设计方便的特点。

The Enhanced Parallel Port ( EPP ) is a protocol that can be compatible with the standard parallel port and can complete the data transmission in two directions . But as for the transmission efficiency of large blocks of data , this protocol can 't meet the demand .

增强型并行端口（EPP）是一种与标准并行口兼容能够完成双向数据传输的协议，但是此协议在大块数据传输中效率难以达到要求。

Enhanced Parallel Port and Design of Data Acquisition System

计算机增强型并行口与数据采集系统设计

Design of CAN Bus Controller Based on Enhanced Parallel Port Protocol

基于增强并行口EPP协议的CAN控制器设计

Using Enhanced Parallel Port to Design 12-Bit Data Acquisition System

利用增强型并行口设计12位数据采集系统

Design of Virtual Arbitrary Waveform Generator Based on Enhanced Parallel Port

基于EPP并口的虚拟任意波形发生器的设计

Enhanced Parallel Port Protocol and its Application in the Digital Measuring System of Optical Quantum

增强并行口EPP协议及其在光学量数字测量系统中的应用

Time - Sharing of Enhanced Parallel Port Bidirection Data Transfer and Print

增强型并行口双向数据传输与打印分时复用

A mobile electric power steering data acquisition system based on enhanced parallel port was introduced in this paper .

本文介绍基于EPP接口的车辆助力转向转角数据采集系统。

Enhanced Parallel Port and High-precision Measurement of Frequency

计算机增强型并行口与频率的高精度测量

Synchronous Design of Enhanced Parallel Port

EPP并行通信接口同步设计

Enhanced parallel port ( EPP ) and FIFO memory are used to accomplish block data transfer .

利用新型计算机并口技术EPP（增强型并口）及先进先出存储器进行设计。

Enhanced parallel port is compatible with standard parallel port , and it can realize high speed bidirectional communication through data line .

增强型并行口（EPP）是与标准并行口（SSP）兼容的，能通过数据线双向传送数据的高速并行接口。

Before the appearance of USB technology , many virtual instruments are designed by using computer PCI interface or enhanced parallel port .

USB技术出现以前，虚拟仪器多使用计算机的增强型并口和PCI口进行设计。

The sampled data was transferred from the data acquisition box to the computer through the enhanced parallel port ( EPP ) .

采用增强型并口（EPP）实现计算机与外置数据采集模块的高速数据传输。

In order to realize high-powered and cheap communication , WPT-2000 adopts EPP ( Enhanced Parallel Port ) method .

为了实现两者之间高效而廉价的通信，采用了EPP接口方案。

The article introduced the characteristics of Enhanced Parallel Port of the computer and gave a design of the hardware encrypt card based on EPP .

介绍了计算机增强型并行口EPP协议的基本特点，给出了基于EPP协议的硬件加密卡的一种设计方案。

This paper analyzes the characteristics and operations mode of enhanced parallel port EPP mode in details and presents its application in two-way parallel data communication .

本文详细分析了微机增强并行口EPP方式的特点和工作方式，以及在并行数据双向通讯中的具体应用。

To realize high-speed transmission , EPP ( Enhanced Parallel Port ) is adopted , it has the advantages of high transmission value and simple programming .

为了实现高速传输，在本采集系统中采用增强型并口（EPP）来传输数据，它具有传输速率高、编程简单的特点，非常适合线阵CCD的数据传输。

Described in this paper is a simple and low-cost circuit that can control and acquire many commercial CCD sensors using a interface based on the Enhanced Parallel Port Protocol .

介绍一个简单而廉价的电路，采用增强并口EPP协议，用中断方法，以C语言编程实现多种新一代线性CCD传感器信号的采集和控制。

Based on the properties of Enhanced Parallel Port ( EPP ), an interface of shift register output has been developed using Complex Programmable Logic Device ( CPLD ) .

基于EPP协议的特点，应用复杂可编程逻辑器件（CPLD）开发了移位寄存器输出接口。

The basic principles on read / write data in the mode of Enhanced Parallel Port , CAN Bus and a Stand-alone CAN controller ( SJA1000 ) are introduced .

简要介绍了EPP并行口模式下读写数据的基本原理，CAN总线，以及一种独立的CAN控制器：SJA1000。

EPP is a bi directional data communication protocol of enhanced parallel port , it has performances of high speed and easy extensibility , which is provided by luggable computer .

EPP是双向数据传输的增强并行口协议，速度较高，扩展方便，手提电脑均支持。

The thesis introduces the hardware and software design skills of a new type Multi-Channel Pulse Amplitude Analyzer ( MCA ) based on FPGA chip and Enhanced Parallel Port ( EPP ) interface .

本文从硬件和软件两方面详细地介绍了以FPGA芯片为控制核心的基于EPP接口的新型多道脉冲幅度分析仪的研制过程。

Thus it verifies the feasibility that Industrial control machine can be replaced by using intelligent control unit ( signal collection , control board ) in every simulated control panel , CAN bus transmission and enhanced parallel port .

从而验证了在各个模拟控制屏中利用智能控制单元（信号采集、控制板）、CAN总线传输、增强型并行通信口代替工控机的可行性。

The scaler can scale 30 ECL inputs at the same time . With the EPP ( Enhanced Parallel Port ) modes of the Parallel Port , the transmitted rate of data is 2MB / s.

该NIM插件可同时记录30路ECL输入信号，采用增强型计算机并行端口读入方式，数据传输率达到2Mb/s。

We introduce the inter-communication between high-performance DSP and enhanced parallel port ( EPP ) of computer , and analyze the EPP protocol in detail . The circuit implement of ARINC 429 via HS-3282 chip is also presented .

本文研究了基于高性能DSP芯片与计算机并口（EPP模式）的双向高速数据通讯，详细分析了计算机增强型并口的工作方式.并给出了通过HS-3282芯片进行ARINC429规范通讯的硬件电路具体实现方案。

The paper firstly gives a simple states of several microprocessor parallel interface modes , then introduces bidirectional parallel port ( PS / 2 ), enhanced parallel port ( EPP ) and extended parallel port ( ECP ) in practical application in detail .

在简述了微机并行口的几种模式的基础上，着重从逻辑界面、连接和时序图三方面讨论了双向并行口（PS/2）、增强型并口（EPP）和扩展并行口（ECP）。