Collective case-based reasoning

In design it is typical that the same mistakes are done again since the use of available information is not organized. The use of case-based reasoning enhances the reuse of available experience, which reduces the possibility that the same errors are done more than once. In this work CBR was used for the evaluation of the inherent safety of process structure. The casebase was collected from design standards, accident documents and good engineering practice. 

The reader is referred to Ref. [58] for early work on NMR properties based on the Hartree-Fock approach. For instance, in this collection Nakatsuji presented the calculation of shielding constants of transition-metals. It was later concluded that the Hartree-Fock approach is, in general, not adequate for this purpose, though it might be reasonable in the special case of high metal oxidation states or d10 systems [1]. 

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