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FPGA Implementation of SHA-224/256 Algorithm Oriented Digital Signature

机译:面向SHA-224 / 256算法的数字签名的FPGA实现

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This paper uses the similarity between SHA-224 and SHA-256 algorithms to design the SHA-224/256 IP core oriented Digital Signature. The IP core uses parallel structure and pipeline technology to simplify the hardware design and improve the speed by 26%. Finally this IP core is implemented on the Alteraȁ9;s FPGA EP2C20F484C6 chip. And its simulation result can run rightly under the 100MHz frequency. This IP core can be widely used in the data integrity and consistency verification, pseudo random number generation and other areas of cryptography.
机译:本文利用SHA-224和SHA-256算法之间的相似性来设计面向SHA-224 / 256 IP核的数字签名。 IP内核使用并行结构和流水线技术简化了硬件设计,并将速度提高了26%。最终,该IP内核在Altera®9的FPGA EP2C20F484C6芯片上实现。而且其仿真结果可以在100MHz频率下正确运行。该IP核可广泛用于数据完整性和一致性验证,伪随机数生成以及密码学的其他领域。

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