Reliable forwarding strategy based on multiple attribute decision-making in NDN-Ad Hoc networks
To address transmission failures in traditional Ad Hoc networks,which was caused by highly dynamic topolo-gies,short-lived connections characteristics,a reliable forwarding strategy based on link stability and content accessibil-ity forwarding(RF-LSCA)based on the named data networking(NDN)architecture was designed.A multi-attribute decision-making method was utilized as the foundation for this strategy,with consideration given to link duration,dis-tances between nodes,and content accessibility.This enabled a more precise selection of the optimal forwarding node,thereby enhancing the content transmission performance.Furthermore,given the potential instability of a single optimal path,the decision model was combined with probabilistic forwarding to design a low-overhead yet highly reliable redun-dant forwarding mechanism.The full exploitation of NDN's multipath characteristics was achieved through this design,thereby ensuring content delivery efficiency in mobile scenarios.Through simulation experiments,the proposed RF-LSCA is demonstrated to outperform existing strategies in key performance metrics,including average content retrieval delay,average hop counts,and content satisfaction rate.These results provide ample evidence of its superiority in en-hancing transmission efficiency within NDN-Ad Hoc networks.
named data networkingforwarding strategymultiple attribute decision-makingprobabilistic forwarding
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