Experimental Analysis in Wearable Temperature Sensor Using Advanced Encryption Standard for Energy Efficient Information Transmission in Wireless Sensor Networks

摘要

The paper actualizes secure MIMO-OFDM frameworks to accomplish the information secrecy utilizing the following cryptographic method in particular; Advanced Encryption Standard (AES) is proposed impact of security and quality on the transmission information in sensor networks. Wirelesssensor network is one of the important technologies which are used in the various applications like hospital, military and so on. These applications using the various characteristics such as energy harvesting, resilience, scalability while transmitting the information in the network. Eventhough the WSN having the efficient characteristics, it has some of the issues like network load routing, power consumption, node failure etc. Thus the paper introduces the MIMO concept with network coverage and energy efficient sensing model to avoid the above issues and new advanced encryptionstandard (AES) cryptographic encryption, decryption and key management set of rules for the safety of transmission control protocol/internet protocol (TCP/IP) protocol suite turned into carried out. Initially the network sensitive region is analyzed using the Shadow fading sensing model. Fromthe recognized region, the clusters are formed according to the concept of multi scale fuzzy clustering process. Then the information is transmitted with the help of the Lifetime Maximizing Dynamic Energy Efficient Routing Protocol which reduces the power consumption process at the entirenode life time. The efficiency of the system is analyzed with the help of the experimental results and discussion and analyzed for wearable temperature sensor network.