文件名称:FPGA-design-and-verification-using-Simulink
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Xilinx System Generator for DSP is a MATLAB Simulink block set that facilitates system design.
Targeting Xilinx FPGAs within the familiar MATLAB environment, System Generator for DSP gives
you the ability to functionally simulate a design and use the MATLAB environment to verify bit- and
cycle-true models against the golden reference results. These reference results can be produced
either externally or inside the MATLAB environment, and you can target a Xilinx FPGA hardware
platform all within MATLAB. System Generator complements HDL design tasks by providing an
easily configured test bench for both functional-Xilinx System Generator for DSP is a MATLAB Simulink block set that facilitates system design.
Targeting Xilinx FPGAs within the familiar MATLAB environment, System Generator for DSP gives
you the ability to functionally simulate a design and use the MATLAB environment to verify bit- and
cycle-true models against the golden reference results. These reference results can be produced
either externally or inside the MATLAB environment, and you can target a Xilinx FPGA hardware
platform all within MATLAB. System Generator complements HDL design tasks by providing an
easily configured test bench for both functional
Targeting Xilinx FPGAs within the familiar MATLAB environment, System Generator for DSP gives
you the ability to functionally simulate a design and use the MATLAB environment to verify bit- and
cycle-true models against the golden reference results. These reference results can be produced
either externally or inside the MATLAB environment, and you can target a Xilinx FPGA hardware
platform all within MATLAB. System Generator complements HDL design tasks by providing an
easily configured test bench for both functional-Xilinx System Generator for DSP is a MATLAB Simulink block set that facilitates system design.
Targeting Xilinx FPGAs within the familiar MATLAB environment, System Generator for DSP gives
you the ability to functionally simulate a design and use the MATLAB environment to verify bit- and
cycle-true models against the golden reference results. These reference results can be produced
either externally or inside the MATLAB environment, and you can target a Xilinx FPGA hardware
platform all within MATLAB. System Generator complements HDL design tasks by providing an
easily configured test bench for both functional
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FPGA-design-and-verification-using-Simulink.pdf
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