Description: 用Verilog实现QPSK中的差分,扰码,串并,解差分,解扰码,解串并,用MUXPLUS2进行仿真-QPSK with Verilog realize the difference, code, and serial, Xie difference, encryption codes, and solutions Series, The simulation used MUXPLUS2 Platform: |
Size: 5120 |
Author:周正华 |
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Description: 用VERILOG语言实现的数据加密标准代码,在QUARTUS5.1上仿真过-Using Verilog language code of the Data Encryption Standard, in the simulation had QUARTUS5.1 Platform: |
Size: 1436672 |
Author:zhang feng |
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Description: 用Verilog实现国内第一个商用密码算法SMS4的加密和解密。-Using Verilog to achieve the first commercial cryptographic algorithm for encryption and decryption SMS4. Platform: |
Size: 208896 |
Author:闫伟伟 |
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Description: 在ISE平台上,利用Verilog编程实现数据的DES加密-In the ISE platform, using Verilog programming DES data encryption Platform: |
Size: 661504 |
Author:ldh |
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Description: 用XILINX公司提供的NetFPGA板卡并结合软件Xilinx10.1进行系统设计,采用硬件描述语言Verilog实现了 AES-256加密算法。-Provided by XILINX board combined with software Xilinx10.1 NetFPGA system design, using Verilog hardware description language implementation of the AES-256 encryption algorithm. Platform: |
Size: 5120 |
Author:yuanying |
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Description: 基于FPGA的AES算法实现,使用verilog语言实现。本模块只包含解密过程,没有加密过程。-Implementation of AES algorithm based on FPGA, using Verilog language. This module contains only the decryption process, no encryption process. Platform: |
Size: 13487104 |
Author:庄德坤 |
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Description: 此例程是基于FPGA的USB控制器实例,主要功能为通过FPGA芯片控制USB芯片,实现开发板和PC机之间的USB接口数据通信,来模拟一个硬件加密设备的功能。用Verilog语言实现。-This routine is an instance of the USB controller based on FPGA, the main function is to control USB chip by the FPGA chip, implement the USB interface for data communication between development board and the PC machine, to simulate a hardware encryption devices function. Using Verilog language. Platform: |
Size: 154624 |
Author:张彦钦 |
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Description: verilog实现的rsa加解密系统,包括大素数生成算法,包含测试文件。-rsa encryption system using verilog, including large prime number generation algorithms, including test file. Platform: |
Size: 1614848 |
Author:Rain |
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Description: 利用verilog语言实现了SHA-1机密算法,具体算法与加密芯片ds28e01一致。-Using Verilog to achieve the SHA-1 secret algorithm, the specific algorithm is consistent with the encryption chip ds28e01. Platform: |
Size: 3072 |
Author:谭清莉 |
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