Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  study the downlink coverage of a base station terminal (BST), which has access to a relay node. Continuing a previous study in which the BST is assumed to provide a variable-rate data service, here  assume that each active user requires a target data rate, corresponding to a voice type of service. The relay is assumed to serve a separate set of (non- cellular) users, corresponding to a WiFi Access Point (AP). A one-dimensional model is considered in which cellular and non- cellular users are uniformly distributed along a line. The BST and AP jointly allocate available por across users and the BST-AP link to maximize the total number of users served.  characterize the optimized set of active cellular users served by the BST directly and the AP relay, and the non-cellular users served by the AP.  also give a closed-form upper bound on the increase in the total number of users provided by the relay as a function of user densities and path loss exponents. Our results show that depending on the distance beten the BST and the AP, the addition of a relay gives a modest increase in the total number of active users.
['Junjik Bae', 'Randall A. Berry', 'Michael L. Honig']
I am writing a research paper on a idea WLC39-5: Power Allocation and Coverage for a Relay-Assisted Downlink with Voice Users
[{"from": "human", "value": "I am writing a research paper on a idea WLC39-5: Power Allocation and Coverage for a Relay-Assisted Downlink with Voice Users"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  study the downlink coverage of a base station terminal (BST), which has access to a relay node. Continuing a previous study in which the BST is assumed to provide a variable-rate data service, here  assume that each active user requires a target data rate, corresponding to a voice type of service. The relay is assumed to serve a separate set of (non- cellular) users, corresponding to a WiFi Access Point (AP). A one-dimensional model is considered in which cellular and non- cellular users are uniformly distributed along a line. The BST and AP jointly allocate available por across users and the BST-AP link to maximize the total number of users served.  characterize the optimized set of active cellular users served by the BST directly and the AP relay, and the non-cellular users served by the AP.  also give a closed-form upper bound on the increase in the total number of users provided by the relay as a function of user densities and path loss exponents. Our results show that depending on the distance beten the BST and the AP, the addition of a relay gives a modest increase in the total number of active users."}]