Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: One of the most appealing features of Information-Centric Networking (ICN) is its agile connectionless transport model based on consumer requests and hop-by-hop forwarding. By relaxing end-to-end constraints, ICN empors a distributed in-network control with the potential to improve congestion management over heterogeneous wired/wireless media and in presence of mobility. Hover, little effort has been devoted so far to the exploration of ICN capabilities in this space. ,  contribute an understanding of the opportunities for ICN in-network control over wireless mobile networks and a proposal for simple, yet very effective mechanisms for in-network loss detection and recovery to complement receiver-driven control. More precisely,  introduce (i) WLDR, a mechanism for in-network Wireless Loss Detection and Recovery that promptly identifies and recovers channel losses at wireless access point and (ii) MLDR, a mechanism for preventing losses due to consumer/producer mobility via explicit network notification and dynamic on-the-fly request re-routing.  setup a realistic wireless simulation environment in ndn-SIM using IEEE 802.11n connectivity and evaluate WLDR-MLDR performance. The results show significant benefits over consumer-based solutions with or without explicit loss notification, while also removing any dependency from network and application timers.
['Giovanna Carofiglio', 'Luca Muscariello', 'Michele Papalini', 'Natalya Rozhnova', 'Xuan Zeng']
I am writing a research paper on a idea Leveraging ICN In-network Control for Loss Detection and Recovery in Wireless Mobile networks
[{"from": "human", "value": "I am writing a research paper on a idea Leveraging ICN In-network Control for Loss Detection and Recovery in Wireless Mobile networks"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: One of the most appealing features of Information-Centric Networking (ICN) is its agile connectionless transport model based on consumer requests and hop-by-hop forwarding. By relaxing end-to-end constraints, ICN empors a distributed in-network control with the potential to improve congestion management over heterogeneous wired/wireless media and in presence of mobility. Hover, little effort has been devoted so far to the exploration of ICN capabilities in this space. ,  contribute an understanding of the opportunities for ICN in-network control over wireless mobile networks and a proposal for simple, yet very effective mechanisms for in-network loss detection and recovery to complement receiver-driven control. More precisely,  introduce (i) WLDR, a mechanism for in-network Wireless Loss Detection and Recovery that promptly identifies and recovers channel losses at wireless access point and (ii) MLDR, a mechanism for preventing losses due to consumer/producer mobility via explicit network notification and dynamic on-the-fly request re-routing.  setup a realistic wireless simulation environment in ndn-SIM using IEEE 802.11n connectivity and evaluate WLDR-MLDR performance. The results show significant benefits over consumer-based solutions with or without explicit loss notification, while also removing any dependency from network and application timers."}]