Large scale quantum computers will break classical public-key cryptography protocols by
quantum algorithms such as Shor's algorithm. Hence, designing quantum-safe …

This paper conducts an extensive comparative study of state-of-the-art solutions for
implementing the SHA-3 hash function. SHA-3, a pivotal component in modern …

The digital signature scheme SPHINCS+ is a candidate in the NIST post-quantum project,
whose aim is to standardize cryptographic systems that are secure against attacks …

In this paper, three different approaches are considered for FPGA based implementations of
the SHA-3 hash functions. While the performance of proposed unfolded and pipelined …

In this article, we extend our study of lightweight FPGA implementations of SHA-3 published
at ReConFig 2016. We use the shallow pipeline optimization technique for the slice-oriented …

Once powerful enough quantum computers become feasible, many of the regularly used
cryptosystems will be completely useless. Thus, designing quantum-safe cryptosystems to …

The growth of cryptocurrencies has attracted much attention from a variety of fields,
especially in academic research. Their protocol is built and developed on blockchain …

Embedded multi-core systems are implemented as systems-on-chip that rely on packet
storeand-forward networks-on-chip for communications. These systems do not use buses or …

The National Institute of Standards and Technology (NIST) chose in 2012 the winner of the
third competition to decide a new hashing standard, establishing the new Secure Hash …

In the modern era, cryptography is essential for online communication security. It plays a
crucial role for information reliability, and it is based on encryption and authentication …