Analysis of Efficient Implementation of Elliptic Curve Cryptography Architecture for Resource Constraint Application

Elliptic Curve Cryptography is gaining attraction in providing a high security level data transmission with low cost, small key size and smaller hardware realization. High-speed implementation significant factor ECC applications such as smart cards, network servers, wireless sensor based networks, Internet of Things Radio Frequency Identification. These require low-cost lightweight implementations. In the resource constrain application, cryptography has emerged desired one because limited energy devices scarce computational resources. Design options wide range parameters affect overall system. Implementation target device, coordinate system, underlying finite fields modular arithmetic algorithms are design that impact outcome. A statistical study conducted on large collection published work parameters. The basic question arises how to select appropriate flexibility-efficiency tradeoff. subjects generator, versatile, reconfigurable, dedicated general purpose scalar multipliers addressed. review various perform multiplication prime binary been done more effectively. results different FPGA platform compared analyzed performance Besides, classification previous works terms flexibility, performance, scalability cost effectiveness presented.