Routing allocation algorithm for efficient energy sensing in wireless networks
In wireless networks,due to energy consumption during transmission,the effective lifecycle of the network may be significantly affected when some nodes run out of energy.In view of this,the article studies an efficient energy aware routing allocation algorithm and constructs an energy consumption model for wireless network sensor nodes,which comprehensively considers four key aspects:computational energy consumption,perception energy consumption,transmission data energy consumption,and reception data energy consumption.When allocating wireless network routes,the urgent need to balance limited transmission resources with extending the effective lifecycle of the network is fully considered.And based on the above energy consumption model,a routing allocation algorithm that maximizes energy efficiency was designed.The test results show that the average remaining energy of network nodes using this algorithm only drops to zero after running for the 400th cycle,which means that the designed routing algorithm can significantly extend the network lifetime and demonstrate excellent transmission performance.
wireless networkenergy perceptionrouting allocationenergy consumption of sensor nodestransmission resourcesmaximizing energy efficiency
万方数据
维普
