A High Speed, Delay Tolerant Hybrid MAC for Collision Free, Reliable Communication in Wireless Sensor Network

Recent years have witnessed the emergence of WSNs as a replacement information-gathering paradigm. Among that an oversize variants of sensors scatter over a police work field and extracts information of interests by reading real-world phenomena from the physical setting. To reduce the data packets unit of measurement forwarded to the data sink via multi-hop relays among sensors. Routing could be a crucial issue in information gathering device network, whereas on the alternative hand, sleep-wake synchronization is the key issues for event detection device networks. To spice up the energy efficiency, sensors functioning supports duty cycle. The essential mechanism for sleep programming is to select out a sub-set of nodes to be awake throughout a given epoch whereas the remaining nodes calculates unit of measurement among the sleep state that minimizes power consumption, that the general energy consumption are reduced. This focuses on sleep programming for High Speed, energy efficient at Idle slots where we want to speed up the transmission speed of the network