Combinatorial Rabin Public Key Cryptosystem Based Authentication (CRPUKCA) Technique for Secured Data Communication with Higher Authentication Accuracy in Wireless Sensor Network

Resumen

Wireless sensor nodes have severe limitations on the assets, for example, battery power and
memory, and time productivity. Security in WSN becomes urgent since the hubs after the
organization can't be physically kept up with and noticed. The present circumstance turns into
a significant issue in WSN because of its organization of correspondence. The authentication
is given to the data that can be sent or gotten to by any hub in the network. In this paper
proposed Combinatorial Rabin Public Key Cryptosystem based Authentication (CRPUKCA)
Technique for secured data communication with higher authentication accuracy in WSN.
This proposed cryptosystem in particular the Rabin cryptosystem is intentionally designed
with the target to keep away from the Jacobi image, excess in the message and the requests of
additional information for tracking down the right plaintext. Experimental result is done on
factors, for example, data confidentiality rate, authentication accuracy and computational
complexity concerning data size. The Proposed CRPUKCA method gives the great results.