Energy Optimization Using Wireless Sensor Network by Improving Proportional Integral Method

Clock systems are implemented with low cost and intend to work at a certain frequency. Wireless Sensor Network can manipulate the entire world with lot of sensors and hardware to communicate with humans in a two-way method by means of wireless communication. In this research paper the clock synchronization using proportional integral method which is an energy-based transfer protocol is compared with an existing algorithm known as LCM by means of weight-based transfer protocol to reduce the offset of clock and clock skew sensor node. The proposed algorithms called LCM and PI enabled node to reach network synchronization time by calculating the protocol with weight-based transfer protocol. The PI approach used to adopt the clock synchronization with energized clock pulse for input method. The proposed paper can channelize the data packets with encryption and decryption techniques with data source from sender to receiver node. The implemented research executed with higher accuracy, reduced communication error and time delay avoided.