Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Provenance information has been proved to be very effective in capturing the computational process performed by queries, and has been used extensively as the input to many advanced data management tools (e.g. view maintenance, trust assessment, or query ansring in probabilistic databases).  study here the core of provenance information, namely the part of provenance that appears in the computation of every query equivalent to the given one. This provenance core is informative as it describes the part of the computational process that is inherent to the query. It is also useful as a compact input to the above mentioned data management tools.  study algorithms that, given a query, compute an equivalent query that realizes the core provenance for all tuples in its result.  study these algorithms for queries of varying expressive por. Finally,  observe that, in general, one would not want to require database systems to evaluate a specific query that realizes the core provenance, but instead to be able to find, possibly off-line, the core provenance of a given tuple in the output (computed by an arbitrary equivalent query), without rewriting the query.  provide algorithms for such direct computation of the core provenance.
['Yael Amsterdamer', 'Daniel Deutch', 'Tova Milo', 'Val Tannen']
I am writing a research paper on a idea On provenance minimization
[{"from": "human", "value": "I am writing a research paper on a idea On provenance minimization"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Provenance information has been proved to be very effective in capturing the computational process performed by queries, and has been used extensively as the input to many advanced data management tools (e.g. view maintenance, trust assessment, or query ansring in probabilistic databases).  study here the core of provenance information, namely the part of provenance that appears in the computation of every query equivalent to the given one. This provenance core is informative as it describes the part of the computational process that is inherent to the query. It is also useful as a compact input to the above mentioned data management tools.  study algorithms that, given a query, compute an equivalent query that realizes the core provenance for all tuples in its result.  study these algorithms for queries of varying expressive por. Finally,  observe that, in general, one would not want to require database systems to evaluate a specific query that realizes the core provenance, but instead to be able to find, possibly off-line, the core provenance of a given tuple in the output (computed by an arbitrary equivalent query), without rewriting the query.  provide algorithms for such direct computation of the core provenance."}]