Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Results to b search queries are ranked using heuristics that typically analyze the global link topology, user behavior, and content relevance.  point to a particular inefficiency of such methods: information redundancy. In queries where learning about a subject is an objective, modern search engines return relatively unsatisfactory results as they consider the query coverage by each page individually, not a set of pages as a whole.  address this problem using essential pages. If  denote as $\mathbb{S}_Q$ the total knowledge that exists on the b about a given query $Q$,  want to build a search engine that returns a set of essential pages $E_Q$ that maximizes the information covered over $\mathbb{S}_Q$.  present a preliminary prototype that optimizes the selection of essential pages;  draw some informal comparisons with respect to existing search engines; and finally,  evaluate our prototype using a blind-test user study.
['Ashwin Swaminathan', 'Cherian V. Mathew', 'Darko Kirovski']
I am writing a research paper on a idea Essential Pages
[{"from": "human", "value": "I am writing a research paper on a idea Essential Pages"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Results to b search queries are ranked using heuristics that typically analyze the global link topology, user behavior, and content relevance.  point to a particular inefficiency of such methods: information redundancy. In queries where learning about a subject is an objective, modern search engines return relatively unsatisfactory results as they consider the query coverage by each page individually, not a set of pages as a whole.  address this problem using essential pages. If  denote as $\\mathbb{S}_Q$ the total knowledge that exists on the b about a given query $Q$,  want to build a search engine that returns a set of essential pages $E_Q$ that maximizes the information covered over $\\mathbb{S}_Q$.  present a preliminary prototype that optimizes the selection of essential pages;  draw some informal comparisons with respect to existing search engines; and finally,  evaluate our prototype using a blind-test user study."}]