A design scheme of high - performance data acquisition based on USB and FPGA and its hardware and software implementation are introduced.
提出了一种基于usb和FPGA的高性能数据采集设计方案并详细介绍了其软硬件实现方法。
Lastly, the hardware circuit, VHDL program design and debugging methods based on FPGA are discussed.
最后对基于现场可编程门阵列(FPGA)的硬件电路、VHDL语言程序设计及调试方法进行了讨论。
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。
Based on introducing the hardware design, describes the software structure in FPGA, which includes the simulated target and judging tracking state program.
在介绍硬件设计方案的基础上，描述了生成模拟目标和判断跟踪状态的FPGA内部软件结构。
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 design makes high use of hardware resource about FPGA, programming with VHDL language, achieving FIR filter with high sampling level based on FPGA.
该设计对FPGA硬件资源的利用高效合理，用VHDL编程，在FPGA中实现了高采样率的F IR滤波器。
A reconfigurable Hardware Platform Based on SOC Design for Digital Protective Relay is presented. It combines the FPGA and the Flash MCU and related interface circuit.
文中提出了基于SOC的可配置微机保护硬件平台的设计方法和具体实现，该平台由FPGA和微处理器以及相关接口构成。
Firstly, the thesis presents the system scheme of digital image compression based on PDVQ. Then we introduce the hardware design, FPGA logic realizing and FPGA implement of image processing algorithm.
本文首先给出了基于PD VQ的数字图像压缩系统的系统方案，然后介绍了系统的硬件结构设计、FPGA逻辑实现以及图像处理算法的FPGA实现。
In this paper, a method of designing a vibration simulator based on FPGA, ADC and high-speed DAC is discussed. Hardware block diagram and main FPGA design for this simulator are introduced.
介绍了一种基于FPGA、ADC和高速DAC的振动模拟器的设计方法，并给出了该模拟器的硬件原理框图和FPGA设计的核心模块。
Based on the concentrator's hardware design, this paper has completed the design and debug of FPGA program and DSP program.
本文在对集中器硬件设计基础上，完成了FPGA程序、DSP程序的设计和调试。
Based on the design of the hardware and software system, the paper testifies system's design by using laboratory's FPGA design and simulation system.
根据系统硬件和软件的设计方案，本文使用实验室现有FPGA开发模拟系统对设计方案进行了验证。
The article has introduced the design method and the realized scheme of software and hardware of video image processing system based on CPLD/FPGA technology.
本文详细介绍了基于CPLD/FPGA技术的视频图像处理系统的软硬件设计方法及实现方案。
The article has introduced the design method and the realized scheme of software and hardware of video image processing system based on CPLD/FPGA technology.
本文详细介绍了基于CPLD/FPGA技术的视频图像处理系统的软硬件设计方法及实现方案。
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