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High Throughput Pipelined Hardware Implementation of the KECCAK Hash Function
2016 International Symposium on Signal, Image, Video and Communications (ISIVC), 2016The cryptographic hash algorithm has been developed by designers with the goal to enhance its performances in terms of frequency, throughput, power consumption and area. The cryptographic hash algorithm is implemented in many embedded systems to ensure security.
Hassen Mestiri +2 more
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High Frequency Implementation of Cryptographic Hash Function Keccak-512 on FPGA Devices
International Journal of Information and Computer Security, 2018Soufiane El Moumni
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High Speed FPGA Implementation of Cryptographic KECCAK Hash Function Crypto-Processor
Journal of Circuits, Systems and Computers, 2016Cryptographic hash functions are at the heart of many information security applications like message authentication codes (MACs), digital signatures and other forms of authentication. One of the methods to ensure information integrity is the use of hash functions, which generates a stream of bytes (hash) that must be unique.
Hassen Mestiri +2 more
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Design and implementation of keccak hash function for cryptography
2015 International Conference on Communications and Signal Processing (ICCSP), 2015Security has become a very demanding parameter in today's world of speed communication. It plays an important role in the network and communication fields where cryptographic processes are involved. These processes involve hash function generation which is a one-way encryption code used for security of data. The main examples include digital signatures,
Madhura A. Patil, Pradeep. T. Karule
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Implementation of High Speed Hash Function Keccak Using CUDA on GTX 1080
2017 Fifth International Symposium on Computing and Networking (CANDAR), 2017Nowadays, a hash function is used for password management. The hash function is desired to possess the following three characteristics: Pre-Image Resistance, Second Pre-Image Resistance, and Collision Resistance. They are set on the assumption that it is computationally difficult to find the original message from a given hash value.
Takakazu Kurokawa
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An Optimal Hardware Implementation of the KECCAK Hash Function on Virtex-5 FPGA
2019 International Conference on Systems of Collaboration Big Data, Internet of Things & Security (SysCoBIoTS), 2019Security has become a very demanding parameter in today’s world of speed communication, one of the methods to ensure information integrity is the use of hash function which generates a stream of bytes (hash) which must be unique. The Keccak hash function is one of more than fifty candidates accepted by NIST for the SHA-3 hash function competition.
F. Assad +3 more
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2017 Ninth International Conference on Ubiquitous and Future Networks (ICUFN), 2017
The applications of using multi-tag RFID technology have rapidly grown to be used in different fields of life. However, security and privacy are the main issues with this technology. In RFID multi-tags applications, a number of tags need to be securely authenticated. Although, various authentication protocols have been proposed, most of these protocols
Ayad Al-Adhami +3 more
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The applications of using multi-tag RFID technology have rapidly grown to be used in different fields of life. However, security and privacy are the main issues with this technology. In RFID multi-tags applications, a number of tags need to be securely authenticated. Although, various authentication protocols have been proposed, most of these protocols
Ayad Al-Adhami +3 more
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Comparative Study of Keccak and Blake2 Hash Functions
2021Hind El Makhtoum, Youssef Bentaleb
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The Design Principles of Hash Functions and Their Desirable Properties SHA-3 (KECCAK)
ICITST-2022 Proceedings, 2022Saeed Alteneiji, Yousuf AlSalami
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Academic Journal of Research and Scientific Publishing
This paper presents an area-efficient hardware implementation of the SHAKE256 cryptographic hash function based on the Keccak-f[1600] permutation, targeting resource-constrained FPGA platforms. The proposed design employs a modular Verilog HDL architecture centered on a single permutation core controlled by finite state machines, prioritizing logic ...
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This paper presents an area-efficient hardware implementation of the SHAKE256 cryptographic hash function based on the Keccak-f[1600] permutation, targeting resource-constrained FPGA platforms. The proposed design employs a modular Verilog HDL architecture centered on a single permutation core controlled by finite state machines, prioritizing logic ...
openaire +1 more source