Hydrodynamic model of adaptive routing for large-scale unstable sensor networks

An algorithm of adaptive multi-path routing in sensor network is presented, based on the discrete imitation of water flow in the network of river-connected water reservoirs. The hydrodynamic phenomena of water streams, waves stabilization, streams stabilization, riverbed erosion and sediments deposition are used as models of similar algorithmic features for the dataflow orchestration in sensor networks. The novel routing concept is designed for large-scale unstable multiple-sink sensor networks with moderate rate of links relocations and high rate of data inflow relocations.