Abstract: A computer based software system and method for semantically processing a user entered natural language request to identify and store linguistic subject-action-object (SAO) structures, using such structures as key words/phrases to search local and web-based databases for downloading candidate natural language documents, semantically processing candidate document texts into candidate document SAO structures, and selecting and storing only relevant documents whose SAO structures include a match with a stored request SAO structure. Further features include analyzing relationships among relevant document SAO structures and creating new SAO structures based on such relationships that may yield new knowledge concepts and ideas for display to the user and generating and displaying natural language summaries based on the relevant document SAO structures.

Abstract: A computer based software system and method for semantically processing a user entered natural language request to identify and store linguistic subject-action-object (SAO) structures, using such structures as key words/phrases to search local and web-based databases for downloading candidate natural language documents, semantically processing candidate document texts into candidate document SAO structures, and selecting and storing only relevant documents whose SAO structures include a match with a stored request SAO structure. Further features include analyzing relationships among relevant document SAO structures and creating new SAO structures based on such relationships that may yield new knowledge concepts and ideas for display to the user and generating and displaying natural language summaries based on the relevant document SAO structures.

Abstract: A digital computer-based concept engineering system (CES) that includes a data base of concept components (Y=f(x)) of which includes input, output and control parameters, text descriptions, and full motion graphics of a device or system that functions as y=f(x) of a device. The CES provides three problem-solving modes, including direct linking automatically to produce full-motion graphical representations of x.sub.2 .fwdarw.f.sub.2 43 x.sub.1 43 f.sub.1 .fwdarw.y and a control-linking mode to produce full-motion graphical representations of concept components that control parameters of y=f(x, a, b, c). The CES forms new and useful combinations of concept components into a unique concept engineering system, which produces new or improved technical results. Full-motion graphics of unique combinations of concept components stimulate the user to generate creative ideas for technical problem-solving and design.