Advanced encryption standard (AES) has been a prevalent cryptographic structure in the
world. Existing AES-related cryptographic accelerators generally face the problem of high …

AES, is the well-accepted cryptographic algorithm which could be utilized to ensure security
of electronic information since it is proven to be resistive to most of the attacks. In this work …

In spite of many outstanding studies, the hardware implementation of Advanced Encryption
Standard (AES) algorithm is still challenging because of recurrent computations in Galois …

With nearly 500 billion connected devices in 2025, information security will be the main
concern of the researchers. It is the driving force in developing resource efficient …

A key-specific AES (Advanced Encryption Standard) has been studied to reduce the amount
of hardware and the power consumption, where the key expansion logic and the …

Single-chip hardware implementation of Advanced Encryption Standard (AES) offers a low-
power and low-area design that is suitable for portable devices. It is widely applicable for …

In this paper, we present a novel Field Programmable Gate Array (FPGA) implementation of
advanced encryption standard (AES-128) algorithm based on the design of high …

In this study, we propose a lightweight and low-latency advanced encryption standard (AES)
accelerator. Instead of being connected to the bus through its own slave wrapper, the …

IoT is marked by the resource-constrained devices. Information security is the main
challenge that arise due to wireless transmission of data by ubiquitous sensors. The …

Advanced Encryption Standard (AES) is a widely used Symmetric-key algorithm. A small
characteristics improvement of AES circuits can significantly affect the system's …