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Design and Evaluation of an Environment to Automate the Construction of Inductive Applications

机译:环境设计与评估,以自动构建归纳应用

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Here is presented CAMLET that is a platform for automatic composition of inductive applications using ontologies that specify inductive learning emthods. CAMLET constructs inductive applications using process and object ontologies. After instantiating, compiling and executing the basic design specification, CAMLET refines the specification based on the following refinement strategies: crossover of control structures, random generation and process replacement by heuristic. Using fourteen different data sets form the UCI repository of ML databases and and the database on meningoencephalitis with human expert's evaluation, experimental results have shown us that CAMLET supports a user in constructing inductive applications with better competence.
机译:这里呈现彩色凸轮,它是使用指定归纳学习eMthods的本体的本体自动构成电感应用的平台。 Camlet使用过程和对象本体构建电感应用。在实例化,编译和执行基本设计规范之后,CAMLET基于以下改进策略来改进规范:控制结构的交叉,启发式的控制结构,随机生成和过程更换。使用十四个不同的数据集,形成ML数据库的UCI存储库,以及人类专家评估的脑膜炎和脑膜炎数据库,实验结果表明,Camlet支持用户构建具有更好能力的电感应用。

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