Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The mirror sites approach has been proposed previously for reducing the access delay and providing load balancing in network servers. In the mirror site approach a file, such as a multimedia book, is replicated and dispersed over multiple servers and can be requested in parallel. Hover, to limit the bandwidth waste, each server maintains not the entire file but only a portion of it. Current solutions to provide parallel access to multiple servers are based on breaking the file into b "pieces" using forward error correction (FEC) codes or their variants. In such techniques any k/spl les/b pieces are necessary and sufficient to construct the file. Thus, protection of the file from unauthorized access has to be based on encryption. As a result, as the degree of parallelism increases a trade off occurs beten the security overhead and access delay. In this work,  propose new file dispersal and access control protocols to reduce the security overhead significantly. Our protocols are based on the combinatorial techniques which break a file into small pieces in a similar way to FEC code. Thus, at least k pieces are necessary to construct the file. Hover, in contrast with the previous approaches, not every k pieces are sufficient. Capitalizing on this property this work presents secure dispersal and access protocols that aim to minimize the overhead at the servers.
['Bulent Yener']
I am writing a research paper on a idea Light weight security for parallel access to multiple mirror sites
[{"from": "human", "value": "I am writing a research paper on a idea Light weight security for parallel access to multiple mirror sites"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The mirror sites approach has been proposed previously for reducing the access delay and providing load balancing in network servers. In the mirror site approach a file, such as a multimedia book, is replicated and dispersed over multiple servers and can be requested in parallel. Hover, to limit the bandwidth waste, each server maintains not the entire file but only a portion of it. Current solutions to provide parallel access to multiple servers are based on breaking the file into b \"pieces\" using forward error correction (FEC) codes or their variants. In such techniques any k/spl les/b pieces are necessary and sufficient to construct the file. Thus, protection of the file from unauthorized access has to be based on encryption. As a result, as the degree of parallelism increases a trade off occurs beten the security overhead and access delay. In this work,  propose new file dispersal and access control protocols to reduce the security overhead significantly. Our protocols are based on the combinatorial techniques which break a file into small pieces in a similar way to FEC code. Thus, at least k pieces are necessary to construct the file. Hover, in contrast with the previous approaches, not every k pieces are sufficient. Capitalizing on this property this work presents secure dispersal and access protocols that aim to minimize the overhead at the servers."}]