Deficient capability extraction device

A deficient capability extraction device, comprising:

• a memory configured to store a matching dictionary which comprises a tree structure including a plurality of dictionary nodes hierarchized in terms of at least one type of relationship from among a superordinate-subordinate relationship of an article concept, a relationship between a whole and a part of an article, and a superordinate-subordinate relationship of an abstract concept, and in which a matching element is allocated to each dictionary node;
• an input interface configured to receive an input of a dictionary node to be registered;
• and
• a processing device for extracting deficient capability information based on the matching dictionary and the registered dictionary node;
• wherein
• the processing device performs:
• a process of registering a dictionary node in the matching dictionary as a desire node, said dictionary node being required for a human resource;
• a process of applying the desire node to the tree structure to generate a technical tree that covers the registered desire node;
• a process of registering a dictionary node in the matching dictionary as a possession node, said dictionary node being possessed by a target human resource;
• a process of applying the possession node to the tree structure to generate a skill tree that covers the registered possession node;
• and
• a process of generating the deficient capability information based on a result obtained by subtracting a group of the possession nodes included in the skill tree from a group of the desire nodes included in the technical tree, and wherein
• the input interface comprises a function of receiving an input of an importance level of the desire node, and
• the process of extracting the deficient capability information includes:
• a process of calculating an allocated point of the desire node such that the higher the importance level of the desire node is, the larger a value of the allocated point is;
• a process of setting a coefficient of the desire node such that the shorter a distance of the desire node from the possession node in the tree structure is, the larger a value of the coefficient is;
• a process of calculating a sufficiency score of the desire node based on the allocated point and the coefficient;
• a process of calculating a deficiency score of the desire node by subtracting the sufficiency score from the allocated point;
• and
• a process of generating, as the deficient capability information, information including a combination of the deficiency score and the desire node corresponding to the deficiency score.