speed data的例句大全

According to the technical target of the system, design the whole system by analyzes two different methods of high speed data recording.

通过分析高速数据录取所采用的两种不同方式和系统所要求达到的技术指标，进行了系统方案的设计。

Algorithms currently used for high speed data transmission over voice-band channels can be based on following three principles: on LMS criterion, on LS criterion or on artificial neural network.

高速数据传输中信道均衡算法大致分为三类：即基于LMS准则、LS准则和人工神经网络的自适应算法。

Implementation of High Speed Data Acquisition through LPT by DLL

用动态链接库（DLL）实现并口高速数据采集

The high speed data flow transmitted from the satellites is received by the satellite communication earth station and then sent to the data terminal center, the speed of which is up to hundreds of megabytes baud rate.

从卫星上高速下传的数据由地面卫星接收站转发为基带信号送至数据中心，速度可达上百兆波特率，并要求系统能够正确接收，存入计算机中进行后续数据的分析和处理。

The application of the double buffering acquisition in cycle mode with DMA ( Direct Memory Access) and the multithreading technique of Visual C~ (++) for the high-speed data acquisition is described chiefly.

重点描述了采用DMA（Direct Memory Access）循环双缓冲采集方式和VC++6.0多线程技术将高速数据采集引入到闪光焊质量分析中的实施过程。

The Design of High Speed Data Acquisition and Harmonic Analyzer

高速数据采集与谐波分析仪的设计

This paper focuses on IR-UWB system appling on short-range high-speed data transmission.

本文重点研究应用于短距离高速数据传输的IR-UWB系统。

UWB technique has some advantages: High speed data velocity, abundant multi-path otherness, very low power consumes, moreover the realization of multi-address is also simple.

超宽带技术有如下几个优势：高速的数据速率、丰富的多径差异性、极低的功率消耗，而且多址的实现也较简单。

study of distribute physical memory and access directly in paratactic high speed data collection system

并行数据采集系统中物理内存分配与直接访问的研究

High-speed data acquisition has been widely used in communications, radar, test equipment and many other areas.

高速数据采集广泛应用于通信、雷达、测试仪器等领域。

This issue designed by electric power remote channel monitoring system uses the "embedded Internet" technology, digital signal processing technology, high-speed data acquisition technology and other advanced technology to realize the power telecontrol channel real-time monitoring.

本课题设计的电力远动信道监测系统采用嵌入式Internet技术、数字信号处理技术、数据采集技术等先进技术，实现对电力远动信道的实时监测。

Test System of Future Avionics High Speed Data Bus based on SCI

基于SCI的未来航空电子高速数据总线测试系统

Design USB hardware and software interface, allow high speed data transmission between testing card and PC/ 104 module.

设计了USB的接口，可以使探伤卡同PC/104之间实现高速率的传输。

The contradiction was settled by adopting the control structure of MCU+ CPLD and the high-speed data acquisition controller and the time reference mark demarcation module were designed with CPLD.

为了解决上述矛盾笔者采用了MCU+CPLD控制结构，用CPLD设计了高速数据采集控制器和时标标定模块解决上述问题。

In the field monitoring and fault diagnosis system part, it adopts the multithread technique for data acquisition and processing, and SOCKET for high speed data transmitting;

在现场监测与诊断系统部分，采用多线程技术进行数据的采集与处理，应用Socket技术实现了高速数据传输；

The Development of the High-speed Data Synchronous Acquisition and Transmission System of PD Signals of Power Transformer

电力变压器局放高速数据同步采集与传输系统研制

By using the Volterra kernel, the quantitative analysis of linear and nonlinear intersymbol interference at the output of the orthogonal modulators due to the nonlinear telephone channel having memory is presented when the high speed data signal is transmitted in this system.

在该系统传送高速数据信号时，利用Volterra核定量地分析了正交解调器输出端由于记忆非线性电话信道所引起的线性和非线性符号间干扰。

Multi-Channel High Speed Data Sampling and Playback Module Based on VIM

基于VIM接口的多路高速数据采集回放模块

Multiuser detection deals with demodulation of the mutually interfering digital streams of information that occur in areas such as wireless communications, high-speed data transmission, satellite communication, digital television, and magnetic recording.

基于阵列天线的多用户识别涉及数字信息流相互干扰的信息解调，通常应用在如无线通信，高速数据传输，卫星通信，数字电视和磁记录等领域。

The designment adopts PCI9054+ FPGA to realize the high speed data transmission interface, the electromagnetic environment automatical testing system hardware makes up of antenna, amplifier, spectro-analyzer, computer and printer, the software adopts modularize designment.

设计采用PCI9054+FPGA实现高速数据传输接口，电磁环境自动测试系统硬件由天线、放大器、频谱分析仪、计算机、打印机组成，软件采用模块化设计。