This book is a step towards showing the practicability of Public
Key Cryptography (PKC) and in particular Elliptic Curve
Cryptography (ECC) on low-end constrained devices like sensor nodes
and RF-ID chips. The book presents the flexibility that ECC
provides in the choice of parameters and algorithms at different
hierarchies for efficient implementations on constrained platforms
like 8-bit micro-processors. Architectural enhancements with
software/hardware co-design including instruction set extensions
were investigated for low-level finite field arithmetic used in
ECC. Finally, a highly area optimized ASIC implementation of an ECC
co-processor using standard 0.35um CMOS libraries is presented
using an innovative arithmetic and architectural design. The book
is intended for students and researchers involved in realizing
practical public-key cryptographic implementations on constrained
devices used in ambient intelligent (AmI) environments, sensor
networks and RF-ID applications.
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