This paper presents a hardware structure-independent weight-based fault injection model for accurate emulation of the radioresistance in the SRAM-based FPGA.
提出一种与具体硬件结构无关、基于权重的错误注入模型，用于准确模拟基于SRAM的现场可编程门阵列抗辐射性能。
Based on magnetic induction and EMT technology, the EMT system based on FPGA has been developed and a measuring model has been built.
本课题设计了基于FPGA的电磁层析成像系统并搭建了系统测量模型。
To deal with the hierarchical FPGA architectures, a modified partitioning algorithm was introduced here according to special hierarchical FPGA model based on the previous works.
为了处理层次化FPGA结构，本文在前人划分工作的基础上，针对特定的层次化FPGA模型，提出了一种改进的划分算法。
It proposes a dynamically reconfigurable FPGA realization model of the BP network.
本文最后提出了一种可动态重构的BP网络的FPGA实现模型。
Then the receiver structure and mathematical model, signal collection chip and fpga-main implementation device of digital down conversion are introduced.
接着介绍了接收机的构成和数学模型、采用的信号采集芯片及实现数字化下变频的主要器件—FPGA。
By using SCCB programming model, the system establishes communication between FPGA chip and CMOS image sensor to achieve the control and acquisition of the signal.
系统采用SCCB编程模式，建立FPGA芯片与CMOS图像传感器之间的通信，实现信号的控制与获取。
By using SCCB programming model, the system establishes communication between FPGA chip and CMOS image sensor to achieve the control and acquisition of the signal.
系统采用SCCB编程模式，建立FPGA芯片与CMOS图像传感器之间的通信，实现信号的控制与获取。
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