Advanced Data Encryption ?using 2D Materials

FPGA Can be Implemented Using Advanced Encryption Standard Algorithm

This paper mainly focused on implementation of AES encryption and decryption standard AES-128. All the transformations of both Encryption and Decryption are simulated using an iterativedesign approach in order to minimize the hardware consumption. This method can make it avery low-complex architecture, especially in saving the hardware resource in implementing theAES InverseSub Bytes module and...

High Performance Data Encryption based on Advanced Encryption Standard using FPGA

Many digital services, such as confidential video conferencing, medical, military imaging systems and the rapid progress of Internet, require reliable security and encryption in real time to store and transmit these digital images/videos.In this paper, a parallel implementation of the advanced encryption standard (AES) using pipelining technique is proposed. For more security, a pseudo random s...

fpga can be implemented using advanced encryption standard algorithm

this paper mainly focused on implementation of aes encryption and decryption standard aes-128. all the transformations of both encryption and decryption are simulated using an iterativedesign approach in order to minimize the hardware consumption. this method can make it avery low-complex architecture, especially in saving the hardware resource in implementing theaes inversesub bytes module and...

A New Fast Data Encryption Algorithm (FDE)

Advanced Scanning Probe Microscopy of Graphene and Other 2D Materials

Two-dimensional (2D) materials, such as graphene and metal dichalcogenides, are an emerging class of materials, which hold the promise to enable next-generation electronics. Features such as average flake size, shape, concentration, and density of defects are among the most significant properties affecting these materials’ functions. Because of the nanoscopic nature of these features, a tool pe...