ONE BIT COMPRESSION SENSING MECHANISM FOR LOW RATE WIRELESS SENSOR NETWORKS

ONE BIT COMPRESSION SENSING MECHANISM FOR LOW RATE WIRELESS SENSOR NETWORKS Energy preservation is a basic issue in Wireless Sensor Networks since sensor hubs are fueled by the battery. As radio correspondences are the principal wellspring of energy utilization, decreasing transmission overhead would be expanded the sensor hub lifetime. Compressive detecting has been generally utilized in remote sensor networks to decrease the information gathering correspondence overhead lately. In this invention, we right off the bat apply 1-digit compressive detecting to remote sensor organizations to additionally decrease the correspondence overhead that every sensor needs to send. Besides, we propose a novel visually impaired 1-bit CS remaking calculation which outflanks another cutting edge dazzle 1-cycle CS reproduction calculations under the settings of WSN. ONE BIT COMPRESSION SENSING MECHANISM FOR LOW RATE WIRELESS SENSOR NETWORKS Diagram ENERGYCONSBIMPT'ION SENSORS I | CU MDIORY R R O | OBA 1IFIENIN OTN SAMPLE EDRIISNGNGpOOO FIG 1: ENERGY CONSUMPTION MAPPING IN A WSN