Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  explores direct phone-to-phone communication (via WiFi interface) among vehicles to support participatory sensing applications. Sensing data usually contains location, speed, and fuel consumption of the car, and has a long time delay beten collected and transferred to the server. Direct communication among phones aboard is important in reducing data transfer delay time and sharing participatory sensing information in an inexpensive manner.  design a practical and optimized communication mechanism for direct phone-to-phone data transfer among phones aboard that strategically enables phone-to-phone and/or phone-to-WiFiAP communications by optimally toggling the phones beten the normal client and the hotspot modes.  take advantage of the WiFi hotspot functionality on smartphones, and hence require neither involvement of participants nor changes to existing wireless infrastructure and protocols. An analytical model is established to optimize toggling beten client and hotspot modes for optimal system efficiency.  fully implement this system on off-the-shelf Google Galaxy Nexus and Nexus S phones. Through a 35-vehicle two-month deployment study, as ll as simulation experiments using the real-world T-drive 9,211-taxicab dataset,  show that our solution significantly reduces data transfer delay time and maintains over 80 percent system efficiency under varying system parameters.
['Xiaoshan Sun', 'Shaohan Hu', 'Lu Su', 'Tarek F. Abdelzaher', 'Pan Hui', 'Wei Zheng', 'Hengchang Liu', 'John A. Stankovic']
I am writing a research paper on a idea Participatory Sensing Meets Opportunistic Sharing: Automatic Phone-to-Phone Communication in Vehicles
[{"from": "human", "value": "I am writing a research paper on a idea Participatory Sensing Meets Opportunistic Sharing: Automatic Phone-to-Phone Communication in Vehicles"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  explores direct phone-to-phone communication (via WiFi interface) among vehicles to support participatory sensing applications. Sensing data usually contains location, speed, and fuel consumption of the car, and has a long time delay beten collected and transferred to the server. Direct communication among phones aboard is important in reducing data transfer delay time and sharing participatory sensing information in an inexpensive manner.  design a practical and optimized communication mechanism for direct phone-to-phone data transfer among phones aboard that strategically enables phone-to-phone and/or phone-to-WiFiAP communications by optimally toggling the phones beten the normal client and the hotspot modes.  take advantage of the WiFi hotspot functionality on smartphones, and hence require neither involvement of participants nor changes to existing wireless infrastructure and protocols. An analytical model is established to optimize toggling beten client and hotspot modes for optimal system efficiency.  fully implement this system on off-the-shelf Google Galaxy Nexus and Nexus S phones. Through a 35-vehicle two-month deployment study, as ll as simulation experiments using the real-world T-drive 9,211-taxicab dataset,  show that our solution significantly reduces data transfer delay time and maintains over 80 percent system efficiency under varying system parameters."}]