Design of the HW accelerator of the Keccak hash function.
Návrh HW akcelerátoru Keccak hashovacího algoritmu pro SoC platformu
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České vysoké učení technické v Praze
Czech Technical University in Prague
Czech Technical University in Prague
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Abstract
Cílem této práce je návrh implementace Keccak algoritmu v FPGA a ověření jeho efektivity na SoC platformě. Pro tento účel jsme nastudovali teorii, která se týká SHA-3 hashovací funkce a Keccak algoritmu. Také jsme vybrali vhodný interface pro připojení implementované jednotky (akcelerátoru) k procesoru a napsali firmware pro přístup k akcelerátoru z procesoru. Efektivitu implementace jsme ověřili pomocí porovnání této implementace s existující softwarovou implementací SHA-3 hashovací funkce.
The goal of this work is to propose an implementation of the Keccak algorithm in FPGA and evaluate its effectiveness on the SoC platform. For this purpose we studied the theory behind SHA-3 hash function and Keccak algorithm. We also chose the suitable interface to connect the implemented unit (accelerator) to the processor and wrote the firmware to access the accelerator from the processor. We evaluated the effectiveness of the implementation by comparing it with existing software implementation of SHA-3 hash function.
The goal of this work is to propose an implementation of the Keccak algorithm in FPGA and evaluate its effectiveness on the SoC platform. For this purpose we studied the theory behind SHA-3 hash function and Keccak algorithm. We also chose the suitable interface to connect the implemented unit (accelerator) to the processor and wrote the firmware to access the accelerator from the processor. We evaluated the effectiveness of the implementation by comparing it with existing software implementation of SHA-3 hash function.