Reliable Data Transmission to Mobile Cloud From Wireless Sensor Network

The combination of ubiquitous wireless sensor Network (WSN) and powerful mobile cloud computing M.C.C. is an investigation topic that is fascinating growing attention in both academic and usefulness. In this new example, WSN delivers data to the cloud and moveable users demand data from the cloud. To provision applications involving W.S.N.-M.C.C. combination, which need to dependably offer data that are more beneficial to the moveable users from W.S.N. to cloud, this project first recognizes the critical problems that disturb the helpfulness of sensory data and the dependability of W.S.N., then suggests a novel W.S.N.-M.C.C. integration scheme called T.P.S.S., which contains of 2 main parts: 1) time & priority based selective data transmission T.P.S.D.T. for W.S.N. gateway to selectively transfer sensory data that are more valuable to the cloud, seeing the time and priority features of the data demanded by the mobile user and 2)PSS algorithm which is priority based sleep scheduling algorithm for W.S.N. to save energy depletion so that it can gather and transmit data in a More trustworthy way. Diagnostic and investigational results demonstrate the efficiency of T.P.S.S. in improving usefulness of sensory data and reliability of W.S.N. for W.S.N.-M.C.C. integration.