现场可编程

• This paper also studies the structure and working mode of the fpgas , then lists the advantages of the fpgas used to process images to resolve the problem of real time
  又通过对现场可编程门阵列( fpga )结构和工作方式的分析,指出了应用fpga器件进行图像处理,以解决系统实时性问题的优势。
• We focus on the carrier synchronization method , the circuit and its parameters design , the performance simulation and the circuit implementation in field programmable gate array ( fpga )
  重点研究载波同步方法,设计电路及参数,仿真同步性能,并在现场可编程门阵列( fpga )上实现同步电路。
• In virtue of fpga product has the characteristic of field programmable , we can perform the ecdsa implementation with different bits according to modification the parameter of the source code
  由于fpga器件具有现场可编程的特点，所以可以通过修改源程序的参数，就可以实现对不同位数的ecdsa的实现。
• And a parallel - encrypt processor on fpga is developed to satisfy the high speed encryption demanding . finally , i bring out its function meters and a safe problem - the analysis based on energy consumed
  该文针对系统芯片的嵌入式应用，设计完成了一种基于现场可编程逻辑门阵列器件的并行加密运算内核。
• There are at least three methods to design the enic , such as by the network processor ( np ) , by the application - specific integrated circuit ( asic ) or by the field programmable gate array ( fpga )
  在enic实现部分，论文中比较了用网络处理器、现场可编程门阵列实现enic的各自特点，并给出用网络处理设计enic的方案。
• On the basis of analyzing deeply the fundamental principle of internet protocol , this paper adopts the design procedure of field programmable gate array ( fpga ) to design the ip protocol processor
  在深入分析ip ( internetprotocol )协议基本原理的基础上采用现场可编程门阵列( fpga )的设计流程,对ip协议处理器进行了设计。
• To realize the real - time tracking image target , we use the cpld ( c ' omplex programmable logic device ) to control the system logic and use ipga ( field programmable gate array ) to preprocessing the image
  为了满足系统的实时性要求，运用大规模可编程逻辑阵列cpld进行逻辑控制和现场可编程门阵列fpga对采集的视频图像做预处理。
• At present , the research productions of reconfigurable computing are basically composed of fpga and general - purpose processor . and the complicated computations will be disposed within fpga
  目前大多数可重构计算技术的研究成果基本由现场可编程门阵列器件fpga和通用处理器构成，由可编程器件提供对复杂运算的加速计算能力。
• The data compression algorithm must be fit to hardware implementation for the new pipeline magnetic flux detecting system will adopt fpga ( field programmable gates array ) as the system kernel
  由于新型管道漏磁检测器将以现场可编程门阵列器件( fpga ： fieldprogrammablegatesarray )作为系统核心，数据压缩算法必须适合于硬件实现。
• With develop of the electronic design automatic , the integration of field programmable gate array is greatly improved , and it is widely used . so fpga is the first choice to implement the blind equalizer
  随着电子设计自动化的发展，现场可编程门阵列的集成度大大提高，应用领域也更加广阔，因此， fpga成为实现盲均衡器硬件系统的首选。