Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  present an empirical model of the upstream end-to-end Voice-over-IP (VoIP) delay over a mobile, multi-hop wireless network towards a single gateway. First,  define the "VoIP regime" as the regime of network operation in which a fraction 1-\epsilon of the packets are received by the gateway within the maximum tolerable VoIP networking delay y_{voip}, and such that \epsilon is less than a maximum tolerable outage probability.  show that within the VoIP regime, the upstream VoIP delay is ll-modeled by an exponential distribution whose parameter \lambda_i depends on the number of hops, i, to the gateway. Second,  show that the coherence time of the VoIP regime is large enough such that the estimation of the {\lambda_i} can be performed by the gateway, and distributed to the nodes such that each node can utilize the {\lambda_i} in estimating the end-to-end delay from its current location for autonomous call admission decisions. Third,  validate the empirical model across scenarios that range from a flat deployment region, to a deployment region with holes, and to the case where there is background User Datagram Protocol (UDP) data traffic. The results are significant for enabling VoIP over high-mobility, multi-hop wireless networks, and in aiding node-based call admission decisions.
['Volkan Rodoplu', 'Snehal S. Vadvalkar', 'Amir Aminzadeh Gohari', 'John J. Shynk']
I am writing a research paper on a idea Empirical Modeling and Estimation of End-to-End VoIP Delay over Mobile Multi-Hop Wireless Networks
[{"from": "human", "value": "I am writing a research paper on a idea Empirical Modeling and Estimation of End-to-End VoIP Delay over Mobile Multi-Hop Wireless Networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  present an empirical model of the upstream end-to-end Voice-over-IP (VoIP) delay over a mobile, multi-hop wireless network towards a single gateway. First,  define the \"VoIP regime\" as the regime of network operation in which a fraction 1-\\epsilon of the packets are received by the gateway within the maximum tolerable VoIP networking delay y_{voip}, and such that \\epsilon is less than a maximum tolerable outage probability.  show that within the VoIP regime, the upstream VoIP delay is ll-modeled by an exponential distribution whose parameter \\lambda_i depends on the number of hops, i, to the gateway. Second,  show that the coherence time of the VoIP regime is large enough such that the estimation of the {\\lambda_i} can be performed by the gateway, and distributed to the nodes such that each node can utilize the {\\lambda_i} in estimating the end-to-end delay from its current location for autonomous call admission decisions. Third,  validate the empirical model across scenarios that range from a flat deployment region, to a deployment region with holes, and to the case where there is background User Datagram Protocol (UDP) data traffic. The results are significant for enabling VoIP over high-mobility, multi-hop wireless networks, and in aiding node-based call admission decisions."}]