We make full use of the FPGA and DSP technology in the project in order to deal with the signal in real time.
FPGA和数字信号处理(dsp)技术在本设计中得到了大量的运用，以满足对信号，信令的实时处理。
So a digital real time system for radar signal acquisition and processing is designed by the chip of FPGA and DSP in this paper.
针对这一问题，本设计利用FPGA和DSP芯片，设计了一个数字化的雷达原始信号采集与处理的实时系统。
Finally, the various image processing algorithms are implemented in FPGA and DSP, and the debugging work of the medium-wave infrared staring system has been done.
最后本论文完成了各个图像算法在FPGA和DSP中的硬件实现，并进行了红外中波凝视系统的调试。
The total working process was completed in FPGA and DSP's division and cooperation, so it is 25% higher than the processing system based on the single DSP in performance.
整个系统的工作流程在FPGA和DSP的分工及协作下完成，这比使用单片dsp建立的处理系统性能提高25%左右。
Finally, the paper gives out a scheme of digitized carrier synchronization loop for software defined radio receiver which is based on the hardware platform composed of FPGA and DSP.
最后给出了一种用FPGA与DSP组成的硬件平台实现软件无线电接收机载波同步环路的方案。
Techniques of FPGA and DSP are used in logging telemetry signal's decoding. Therefore, the real-time performances and reliability of system can satisfy the requirement of logging data acquisition.
利用FPGA和DSP技术实现了测井遥传信号的解码，保证了系统的实时性和可靠性能够满足测井采集的要求。
Chapter five briefly introduces the implementation of system software including DSP, FPGA and PC control Programming.
第五章介绍了系统的软件实现，包括了DSP程序，FPGA程序和主机程序。
The hardware design about the navigation computer based on dual DSP and FPGA was described emphatically.
重点描述了双DSP和FPGA导航计算机的硬件设计思路。
Firstly, this paper brings forward Integrated Navigation Computer scheme based DSP and FPGA according to its characteristics and application requirement.
论文首先根据组合导航计算机的特点和应用要求，提出了基于DSP和FPGA的组合导航计算机系统方案。
The design of motion control board based on DSP and FPGA was introduced, the principle of the design was analyzed.
介绍了一种基于DSP和FPGA的运动控制板的设计方法，分析了其原理，具有很好的参考价值。
Chapter five briefly introduce the implementation of system software including DSP, FPGA, Device Driver and PC control Programming.
第五章介绍了系统的软件实现，包括了DSP程序，FPGA程序、驱动程序和主机程序。
This dissertation mainly studies the radar multi-waveform digital pulse compression processing system in frequency domain based on FPGA and multi-DSP.
本文主要研究基于FPGA和多片DSP的雷达多波形频域数字脉冲压缩系统及其软件设计。
A new method is presented to implement the velocity radar real-time digital signal processing system based on DSP and FPGA.
针对测速雷达实时数字信号处理系统的设计问题，提出了一种基于DSP与FPGA的设计新方法。
In this paper, the data processing is the real radar echo data processed by DSP and FPGA.
本文处理的数据是经过FPGA和DSP预处理后的雷达回波数据。
In order to improve the automatic production level of beer packaging production line, an inspection system of empty beer bottle based on DSP and FPGA is designed.
为了提高啤酒灌装线生产自动化的水平，开发设计了一套基于DSP与FPGA的啤酒瓶空瓶检测系统。
A programmable real-time channel simulator integrated with DSP and FPGA is presented.
本文利用DSP和FPGA完成了一种可编程实时信道模拟器。
Using IDT70V24 as a example, the concrete apply of dual-port RAM in multi-processor system consisting of DSP and FPGA is explained in detail.
并以IDT70 V 24为例，详细说明了双口ram在由DSP处理器和FPGA构成的多机系统中的具体应用。
FPGA accomplishes the video frequency processing, and DSP accomplishes the data processing.
其中FPGA与DSP分别完成应答信号中的视频处理及数据处理。
The fulfillment of the data transfer between the peripheral and the DSP link port is introduced. Mainly discusses the design of the ADSP-21160 link port based on FPGA.
介绍了外设与DSP进行链路口数据传输的实现途径，主要讨论了基于FPGA的ADSP-21160传输链路口的设计。
Mainly includes DSP, FPGA and the USB interface's design. It also introduces the formation of interference, the commonly used hardware antijamming technology.
主要包括DSP、FPGA和USB接口的设计，并且介绍了干扰的形成，常用的硬件抗干扰技术着重介绍了本应变仪的抗干扰设计及方案。
According to the policy of reconfiguration, the method of system reconfiguration has been discussed and the reconfiguration circuit for DSP, FPGA has been designed.
依据系统可重配制策略，讨论了系统可重配置方法，并对可编程器件DSP、FPGA重配置进行了电路设计。
This scheme can fully display the strengths of DSP and FPGA respectively.
这样的方案可以充分发挥DSP和FPGA各自的优势。
DSP generate 3 way control signals based on control algorithm, FPGA receive the data form DSP and generate 36 way control signals according to the simplify modulation theory.
DSP依据控制算法产生3路控制信号，FPGA接收DSP数据，并依据简化调制原理产生对应的36路控制信号。
The key component of the system is a digital intermediate frequency receiver employing DSP and FPGA to obtain amplitude and phase data in real-time, which improves measurement speed and flexibility.
该系统的关键部件是一个数字中频接收机，利用DSP和FPGA实时获取幅度和相位数据，从而提高了测量速度和灵活性。
This paper introduce a sort of new numeric terminal which can use DSP and FPGA to realize double functions, they are distance measure by pulse responsion and incept of dictate data.
介绍了一种新型数字化终端，他利用数字信号处理器（DSP）及现场可编程门阵列（FPGA）能够实现脉冲应答测距和指令数据接收双重功能。
Modems used for the entire time series FPGA control, the use of DSP to CMB909 executable program control, data and images of the packaging and communications between PC machine and serial interface.
整个调制解调器采用FPGA进行时序控制，采用DSP对CMB909进行编程控制、数据帧的打包以及和PC机的串口通信。
This paper proposes an improved adaptive Kalman filter based on researching on these filter theories and using DSP and FPGA implement a radar data processing system.
本文的工作是在研究几种滤波算法的基础上提出了一种改进的自适应卡尔曼滤波，并采用DSP和FPGA等器件实现了某雷达信号处理机的数据处理部分。
This paper introduces the theory and design method of digital intermediate frequency receiver, and based on high speed DSP and FPGA establish hardware process platform.
介绍了一种数字中频接收机的原理与设计方法，并以高性能DSP、高速fpga为基础，搭建硬件处理平台。
This paper introduces the theory and design method of digital intermediate frequency receiver, and based on high speed DSP and FPGA establish hardware process platform.
介绍了一种数字中频接收机的原理与设计方法，并以高性能DSP、高速fpga为基础，搭建硬件处理平台。
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