Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Information-Centric Networking (ICN) has recently attracted research attention, which decouples content from hosts at the network layer, and retrieves a content object by its name (identifier), instead of its storage location (host IP address) in order to address IP network's limitations in supporting content distribution. Hover, ICN systems face scalability and efficiency challenges in global deployments. ,  propose a scalable routing and name resolution framework, called Scalable Multi-level Virtual Distributed Hash Table (SMVDHT). SMVDHT uses a combination of name aggregation and multi-level virtual DHTs to achieve scalability. A novel aggregation scheme is proposed to reduce the size and update overhead of name resolution tables, while relieving the "suffix-hole" problem encountered in traditional prefix-based name aggregation. Furthermore, SMVDHT exploits underlying intra- and inter-domain IP routing protocols to build multi-level virtual DHTs for name resolution, which is more efficient than conventional hierarchical DHT schemes and simplifies network management.  also design the new protocols to efficiently resolve the aggregated names and forward a request to the closest available copy of content via multi-level virtual DHTs.
['Hang Liu', 'Xavier De Foy', 'Dan Zhang']
I am writing a research paper on a idea A multi-level DHT routing framework with aggregation
[{"from": "human", "value": "I am writing a research paper on a idea A multi-level DHT routing framework with aggregation"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Information-Centric Networking (ICN) has recently attracted research attention, which decouples content from hosts at the network layer, and retrieves a content object by its name (identifier), instead of its storage location (host IP address) in order to address IP network's limitations in supporting content distribution. Hover, ICN systems face scalability and efficiency challenges in global deployments. ,  propose a scalable routing and name resolution framework, called Scalable Multi-level Virtual Distributed Hash Table (SMVDHT). SMVDHT uses a combination of name aggregation and multi-level virtual DHTs to achieve scalability. A novel aggregation scheme is proposed to reduce the size and update overhead of name resolution tables, while relieving the \"suffix-hole\" problem encountered in traditional prefix-based name aggregation. Furthermore, SMVDHT exploits underlying intra- and inter-domain IP routing protocols to build multi-level virtual DHTs for name resolution, which is more efficient than conventional hierarchical DHT schemes and simplifies network management.  also design the new protocols to efficiently resolve the aggregated names and forward a request to the closest available copy of content via multi-level virtual DHTs."}]