LPNRK20SPNP

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LPNRK20SPNP (Location-Priority Network Routing with K-Order Shortest Path with Niche Penalty) is a new information-centric routing protocol that addresses the problem of determining the optimal route for communication in highly dynamic networks. By utilizing a combination of neighborhood-based node selection and shortest path-based link decision, LPNRK20SPNP meets the needs of short-delay and high-throughput communication.

Firstly, LPNRK20SPNP uses neighborhood-based node-selection algorithms to prefer nodes with high connectivity and large number of routes. Each node’s geographic positions is also taken into consideration, such that the correctness and stability of the route path is maximized. Secondly, shortest-path-based link decision algorithms are employed to detect and select the route with minimal delay time. A niche penalty mechanism is also introduced to balance the multiple short paths, and diversity of routes is improved through link-cost adjustment factors.

In summary, LPNRK20SPNP relies on two main components, the neighborhood-based node selection and the shortest-path-based link decision, to find the optimal route for communication. The routing protocol combines the two components to benefit from their respective strengths, and improves communication efficiency in highly dynamic networks. LPNRK20SPNP has been extensively tested and proven to be robust in both simulations and real networks, and has many potential applications in various fields, such as vehicular networks, smart cities, and sensor networks.

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