Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: While much recent research has focussed on extending databases beyond the traditional relational model, relatively little has been done to develop database tools for querying data organized in (multidimensional) arrays. The scientific computing community has made little use of available database technology. Instead, multidimensional scientific data is typically stored in local files conforming to various data exchange formats and queried via specialized access libraries tied in to general purpose programming languages.To allow such data to be queried using known database techniques,  design and implement a query language for multidimensional arrays. Our main design decision is to treat arrays as functions from index sets to values rather than as collection types. This leads to clean syntax and semantics as ll as simple but porful optimization rules. present a calculus for arrays that extends standard calculi for complex objects.  derive a higher-level comprehension style query language based on this calculus and describe its implementation, including a data driver for the NetCDF data exchange format. Next,  explore some optimization rules obtained from the equational laws of our core calculus. Finally,  study the expressiveness of our calculus and prove that it essentially corresponds to adding ranking to a query language for complex objects.
['Leonid Libkin', 'Rona Machlin', 'Limsoon Wong']
I am writing a research paper on a idea A query language for multidimensional arrays: design, implementation, and optimization techniques
[{"from": "human", "value": "I am writing a research paper on a idea A query language for multidimensional arrays: design, implementation, and optimization techniques"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: While much recent research has focussed on extending databases beyond the traditional relational model, relatively little has been done to develop database tools for querying data organized in (multidimensional) arrays. The scientific computing community has made little use of available database technology. Instead, multidimensional scientific data is typically stored in local files conforming to various data exchange formats and queried via specialized access libraries tied in to general purpose programming languages.To allow such data to be queried using known database techniques,  design and implement a query language for multidimensional arrays. Our main design decision is to treat arrays as functions from index sets to values rather than as collection types. This leads to clean syntax and semantics as ll as simple but porful optimization rules. present a calculus for arrays that extends standard calculi for complex objects.  derive a higher-level comprehension style query language based on this calculus and describe its implementation, including a data driver for the NetCDF data exchange format. Next,  explore some optimization rules obtained from the equational laws of our core calculus. Finally,  study the expressiveness of our calculus and prove that it essentially corresponds to adding ranking to a query language for complex objects."}]