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A case study of knowledge engineering in the application area of elliptic partial differential equations (PDEs)

机译:椭圆偏微分方程(PDE)应用领域的知识工程案例研究

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The importance of problem solving environments (PSEs) for scientific computing is becoming increasingly apparent. The main components of such a PSE are the user interface and the expert system. The authors have proposed a task-level architecture called NAIS which attempts to capture the common nucleus of particularities of expert systems in scientific computing. They report on the application of NAIS to the very important area of elliptic PDEs (partial differential equations), initially using the VAX-II system as the target architecture for the PDE library. As the resulting expert system is divided to an architecture dependent and independent part, it can be easily adapted to other architectures. Finally, this development constitutes an interesting effort of knowledge engineering in scientific computing using a task-level architecture.
机译:问题解决环境(PSE)对于科学计算的重要性变得越来越明显。这种PSE的主要组件是用户界面和专家系统。作者提出了一种称为NAIS的任务级架构,该架构试图捕获科学计算中专家系统的特殊性的共同核心。他们报告了NAIS在椭圆PDE(偏微分方程)非常重要的领域中的应用,最初是使用VAX-II系统作为PDE库的目标体系结构。由于生成的专家系统分为与体系结构相关和独立的部分,因此可以轻松地将其适应于其他体系结构。最后,这种发展构成了使用任务级体系结构在科学计算中进行知识工程的有趣工作。

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