Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Topology control (TC) is one of the most important techniques for connection establishments beten entities in Internet of Things, especially in the scenario where there are no fixed infrastructures such as prompt sensor deployments, emergency communications, and vehicle–vehicle communications. The goal of TC is to assign per-node transmission por such that the resulting topology is energy efficient and also satisfies some global graph property such as connectivity. Among the literatures, hover, few efforts focused on the issue of TC with interest-independent nodes. Besides, in a distributed mobile networks, nodes’ mobility can cause the dynamic network topology. As a result, nodes need to execute the TC algorithm periodically. To jointly consider nodes’ selfishness and mobility,  propose a potential game and mobility aware TC (PGMATC) framework based on mobility traces and potential game, where a practical utility function is designed by considering the expected utility for a TC period. Extensive simulations driven by actual data demonstrate that PGMATC can improve the network connectivity with quite a limited increase in energy consumption, compared with the traditional TC algorithms.
['Xin Zhao', 'Yaodong Zhang', 'Chunxiao Jiang', 'Jian Yuan', 'Jiannong Cao']
I am writing a research paper on a idea Mobile-Aware Topology Control Potential Game: Equilibrium and Connectivity
[{"from": "human", "value": "I am writing a research paper on a idea Mobile-Aware Topology Control Potential Game: Equilibrium and Connectivity"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Topology control (TC) is one of the most important techniques for connection establishments beten entities in Internet of Things, especially in the scenario where there are no fixed infrastructures such as prompt sensor deployments, emergency communications, and vehicle\u2013vehicle communications. The goal of TC is to assign per-node transmission por such that the resulting topology is energy efficient and also satisfies some global graph property such as connectivity. Among the literatures, hover, few efforts focused on the issue of TC with interest-independent nodes. Besides, in a distributed mobile networks, nodes\u2019 mobility can cause the dynamic network topology. As a result, nodes need to execute the TC algorithm periodically. To jointly consider nodes\u2019 selfishness and mobility,  propose a potential game and mobility aware TC (PGMATC) framework based on mobility traces and potential game, where a practical utility function is designed by considering the expected utility for a TC period. Extensive simulations driven by actual data demonstrate that PGMATC can improve the network connectivity with quite a limited increase in energy consumption, compared with the traditional TC algorithms."}]