Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Computing a (Union of Conjunctive Queries - UCQ) rewriting R for an input query and ontology and evaluating it over the given dataset is a prominent approach to query ansring over ontologies. Hover, R can be large and complex in structure hence additional techniques, like query subsumption and data constraints, need to be employed in order to minimise Rew and lead to an efficient evaluation. Although sound in theory, how to efficiently and effectively implement many of these techniques in practice could be challenging. For example, many systems do not implement query subsumption. In the current paper  present several practical techniques for UCQ rewriting minimisation. First,  present an optimised algorithm for eliminating redundant (w.r.t. subsumption) queries as ll as a novel framework for rewriting minimisation using data constraints. Second,  show how these techniques can also be used to speed up the computation of R in the first place. Third,  integrated all our techniques in our query rewriting system IQAROS and conducted an extensive experimental evaluation using many artificial as ll as challenging real-world ontologies obtaining encouraging results as, in the vast majority of cases, our system is more efficient compared to the two most popular state-of-the-art systems.
['Tassos Venetis', 'Giorgos Stoilos', 'Vasilis Vassalos']
I am writing a research paper on a idea Rewriting Minimisations for Efficient Ontology-Based Query Answering
[{"from": "human", "value": "I am writing a research paper on a idea Rewriting Minimisations for Efficient Ontology-Based Query Answering"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Computing a (Union of Conjunctive Queries - UCQ) rewriting R for an input query and ontology and evaluating it over the given dataset is a prominent approach to query ansring over ontologies. Hover, R can be large and complex in structure hence additional techniques, like query subsumption and data constraints, need to be employed in order to minimise Rew and lead to an efficient evaluation. Although sound in theory, how to efficiently and effectively implement many of these techniques in practice could be challenging. For example, many systems do not implement query subsumption. In the current paper  present several practical techniques for UCQ rewriting minimisation. First,  present an optimised algorithm for eliminating redundant (w.r.t. subsumption) queries as ll as a novel framework for rewriting minimisation using data constraints. Second,  show how these techniques can also be used to speed up the computation of R in the first place. Third,  integrated all our techniques in our query rewriting system IQAROS and conducted an extensive experimental evaluation using many artificial as ll as challenging real-world ontologies obtaining encouraging results as, in the vast majority of cases, our system is more efficient compared to the two most popular state-of-the-art systems."}]