Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The future Internet will need to cater to an increasing number of mobile devices and mobile networks, roaming across different access networks and trust domains. In addition, various limitations imposed by the end user, service provider, or network operator agreements and preferences will need to be considered. A plethora of mobility management protocols have been proposed to handle different and mostly limited sets of these mobility requirements. In this article  make the case for coexistence of mobility protocols in order to support the large range of mobility scenarios possible in future all-IP networks. This coexistence takes the form of a mobility toolbox that enables mobility handling mechanisms to be selected according to the context.  then present a design for the mobility toolbox as a component of the ambient networks architecture, including a simplified mobility tool interface toward protocol modules, and show how it meets the requirements of future all-IP networks.  further demonstrate the feasibility and performance gains of the mobility toolbox architecture with a prototype implementation based on network mobility.
['Eranga Perera', 'Roksana Boreli', 'Stephen Herborn', 'Michael Georgiades', 'Jochen Eisl', 'Eleanor Hepworth']
I am writing a research paper on a idea A mobility toolbox architecture for all-IP networks: an ambient networks approach
[{"from": "human", "value": "I am writing a research paper on a idea A mobility toolbox architecture for all-IP networks: an ambient networks approach"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The future Internet will need to cater to an increasing number of mobile devices and mobile networks, roaming across different access networks and trust domains. In addition, various limitations imposed by the end user, service provider, or network operator agreements and preferences will need to be considered. A plethora of mobility management protocols have been proposed to handle different and mostly limited sets of these mobility requirements. In this article  make the case for coexistence of mobility protocols in order to support the large range of mobility scenarios possible in future all-IP networks. This coexistence takes the form of a mobility toolbox that enables mobility handling mechanisms to be selected according to the context.  then present a design for the mobility toolbox as a component of the ambient networks architecture, including a simplified mobility tool interface toward protocol modules, and show how it meets the requirements of future all-IP networks.  further demonstrate the feasibility and performance gains of the mobility toolbox architecture with a prototype implementation based on network mobility."}]