现场可编程

• Abstract : it is an efficient method that realizing the contro l circuit of a power source system with fplds ( field programmable logic devices )
  文摘:使用现场可编程逻辑器件实现各种电源控制电路是一种非常有效的设计方法。
• After that , the function of the data collection special chip is implemented with field programmable gates array ( fpga ) , and is tested successfully
  然后，使用现场可编程门阵列fpga实现了数据采集专用芯片的功能，并在实验中验证成功。
• Uestc is in charge of the downlink of the b3g project that bases on fpga . the system needs a tool to debug the logic in fpga
  在b3g项目(国家“ 863 ” future计划)中,电子科技大学负责下行链路设计,主要是基于现场可编程门阵列( fpga )进行开发。
• With the reconfigurable computing systems , the time of convolution processing is reduced to a fortieth of the computing on common pc versus without of it
  X86可重构计算系统由通用处理器和现场可编程阵列逻辑组成，该系统应当称为混合系统。
• As the development of great field programmable gate array ( fpga ) , it is a trend to replace traditional specific asic image processing chips using fpga
  随着大规模现场可编程门阵列的发展，用fpga取代传统定制的asic图象处理芯片已成为一种趋势。
• Using the advantage of field programmable gate array ( fpga ) technique , in the dissertation a universal real - time image processor based on fpga is designed and established
  利用现场可编程门阵列( fpga )技术的优越性，设计并完成了基于fpga的通用实时图像处理器。
• Uestc is in charge of the tdd downlink that bases on fpga . ofdm ( orthogonal frequency division multiplex ) is the key technology of b3g system
  现在已经进入项目的第二个阶段,电子科技大学负责b3gtdd方式的下行链路设计,重点是基于fpga (现场可编程门阵列)的实现研究。
• Field programmable gate array ( fpga ) as a kind of programmable asic has been extensively used in many fields , such as computer , communications , aero - space , etc
  现场可编程门阵列( fpga )作为一种可编程专用集成电路( asic )已经广泛应用于计算机、通信、航空航天等各个领域。
• The latest usb2 . 0 supports high - speed up to 480mbps . additionally fpga users can conveniently not only design the hardware logic required , but re - program and re - configure
  而现场可编程门阵列器件( fpga )是一种可以进行重编程和重配置的芯片,可以方便地设计出所需的硬件逻辑。
• We also analyzed frequency characteristics of different eeg . the emphases of this paper are to demonstrate the feasibility of adaptive filter and its realization in fpga
  本论文的重点是自适应滤波的理论分析及其fpga ( fieldprogrammablegatesarray ,现场可编程门阵列芯片)实现。