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The presence of parallelism in applications is the key to achieve high performance with all modern microprocessors, for it allows the hardware to accelerate applications by executing multiple independent operations concurrently. The cheapest and the most prevalent form of parallelism available in many applications is DLP. Cryptography applications, which are widely used today, are based on data-level parallelism, where the computationally intensive kernels repeat the same set of operations over streams of input data. The most important cryptographic algorithm today is the Advance Encryption…mehr

Produktbeschreibung
The presence of parallelism in applications is the key to achieve high performance with all modern microprocessors, for it allows the hardware to accelerate applications by executing multiple independent operations concurrently. The cheapest and the most prevalent form of parallelism available in many applications is DLP. Cryptography applications, which are widely used today, are based on data-level parallelism, where the computationally intensive kernels repeat the same set of operations over streams of input data. The most important cryptographic algorithm today is the Advance Encryption Standard (AES). Thus, this book proposes and implements a new processor called FastCrypto for high throughput encryption and decryption based on AES algorithm. FastCrypto is implemented on FPGA Vertix 5, and the its performance is up to 112 b/cc (which is 88% of ideal performance) at 400 MHz.
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Autorenporträt
Ghada Abozaid is an assistant lecturer at Aswan University, Egypt, from 2005 to 2010. She received the B.E. degree in electrical engineering 2004 and the M.E. degree in computer engineering from Aswan University, Aswan, Egypt, in 2010. Her interests include processor architectures, and FPGA design and Cryptographic Accelerator, and secure execution