Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Model management is an approach to simplify the programming of metadata-intensive applications. It offers developers porful operators, such as Compose, Diff, and Merge, that are applied to models, such as database schemas or interface specifications, and to mappings beten models. Prior model management solutions focused on a simple class of mappings that do not have executable semantics. Yet many metadata applications require that mappings be executable, expressed in SQL, XSLT, or other data transformation languages.,  develop a semantics for model-management operators that allows applying the operators to executable mappings. Our semantics captures previously-proposed desiderata and is language-independent: the effect of the operators is expressed in terms of what they do to the instances of models and mappings.  describe an implemented prototype in which mappings are represented as dependencies beten relational schemas, and discuss algebraic optimization of model-management scripts.
['Sergey Melnik', 'Philip A. Bernstein', 'Alon Y. Halevy', 'Erhard Rahm']
I am writing a research paper on a idea Supporting executable mappings in model management
[{"from": "human", "value": "I am writing a research paper on a idea Supporting executable mappings in model management"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Model management is an approach to simplify the programming of metadata-intensive applications. It offers developers porful operators, such as Compose, Diff, and Merge, that are applied to models, such as database schemas or interface specifications, and to mappings beten models. Prior model management solutions focused on a simple class of mappings that do not have executable semantics. Yet many metadata applications require that mappings be executable, expressed in SQL, XSLT, or other data transformation languages.,  develop a semantics for model-management operators that allows applying the operators to executable mappings. Our semantics captures previously-proposed desiderata and is language-independent: the effect of the operators is expressed in terms of what they do to the instances of models and mappings.  describe an implemented prototype in which mappings are represented as dependencies beten relational schemas, and discuss algebraic optimization of model-management scripts."}]