Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ,  study a broker-based TV white space market, where unlicensed white space devices (WSDs) purchase white space spectrum from TV licensees via a third-party geo-location database (DB), which serves as a spectrum broker, reserving spectrum from TV licensees and then reselling the reserved spectrum to WSDs.  propose a contract-theoretic framework for the database’s spectrum reservation under demand stochasticity and information asymmetry. In such a framework, the database offers a set of contract items in the form of reservation amount and the corresponding payment, and each WSD chooses the best contract item based on its private information.  systematically study the optimal reservation contract design (that maximizes the database’s expected profit) under two different risk-bearing schemes: DB-bearing-risk and WSD-bearing-risk, depending on who (the database or the WSDs) will bear the risk of over reservation. Counter-intuitively,  show that the optimal contract under DB-bearing-risk leads to a higher profit for the database and a higher total network profit. Our numerical results show that the proposed optimal spectrum reservation contract improves the total network profit up to 5%, compared with the scheme without information sharing.
['Yuan Luo', 'Lin Gao', 'Jianwei Huang']
I am writing a research paper on a idea Spectrum Reservation Contract Design in TV White Space Networks
[{"from": "human", "value": "I am writing a research paper on a idea Spectrum Reservation Contract Design in TV White Space Networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ,  study a broker-based TV white space market, where unlicensed white space devices (WSDs) purchase white space spectrum from TV licensees via a third-party geo-location database (DB), which serves as a spectrum broker, reserving spectrum from TV licensees and then reselling the reserved spectrum to WSDs.  propose a contract-theoretic framework for the database\u2019s spectrum reservation under demand stochasticity and information asymmetry. In such a framework, the database offers a set of contract items in the form of reservation amount and the corresponding payment, and each WSD chooses the best contract item based on its private information.  systematically study the optimal reservation contract design (that maximizes the database\u2019s expected profit) under two different risk-bearing schemes: DB-bearing-risk and WSD-bearing-risk, depending on who (the database or the WSDs) will bear the risk of over reservation. Counter-intuitively,  show that the optimal contract under DB-bearing-risk leads to a higher profit for the database and a higher total network profit. Our numerical results show that the proposed optimal spectrum reservation contract improves the total network profit up to 5%, compared with the scheme without information sharing."}]