Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Organizations use b caches to avoid transferring the same data twice over the same path. Numerous studies have shown that forward proxy caches, in practice, incur miss rates of at least 50%. Traditional b caches rely on the reuse of responses for given URLs. Previous analyses of real-world traces have revealed a complex relationship beten URLs and reply payloads, and have shown that this complexity frequently causes redundant transfers to caches. For example, redundant transfers may result if a payload is aliased (accessed via different URLs), or if a resource rotates (alternates beten different values), or if HTTP's cache revalidation mechanisms are not fully exploited.  implement and evaluate a technique known in the literature as Duplicate Transfer Detection (DTD), with which a b cache can use digests to detect and potentially eliminate all redundant payload transfers.  show how HTTP can support DTD with few or no protocol changes, and how a DTD-enabled proxy cache can interoperate with unmodified existing origin servers and browsers, thereby permitting incremental deployment.  present both simulated and experimental results that quantify the benefits of DTD.
['Jeffery C. Mogul', 'Yee Man Chan', 'Terence Kelly']
I am writing a research paper on a idea Design, implementation, and evaluation of duplicate transfer detection in HTTP
[{"from": "human", "value": "I am writing a research paper on a idea Design, implementation, and evaluation of duplicate transfer detection in HTTP"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Organizations use b caches to avoid transferring the same data twice over the same path. Numerous studies have shown that forward proxy caches, in practice, incur miss rates of at least 50%. Traditional b caches rely on the reuse of responses for given URLs. Previous analyses of real-world traces have revealed a complex relationship beten URLs and reply payloads, and have shown that this complexity frequently causes redundant transfers to caches. For example, redundant transfers may result if a payload is aliased (accessed via different URLs), or if a resource rotates (alternates beten different values), or if HTTP's cache revalidation mechanisms are not fully exploited.  implement and evaluate a technique known in the literature as Duplicate Transfer Detection (DTD), with which a b cache can use digests to detect and potentially eliminate all redundant payload transfers.  show how HTTP can support DTD with few or no protocol changes, and how a DTD-enabled proxy cache can interoperate with unmodified existing origin servers and browsers, thereby permitting incremental deployment.  present both simulated and experimental results that quantify the benefits of DTD."}]