This paper outlines a new model for understanding biological invention, based upon an extensive study of human inventiveness originating in Russia shortly after the Second World War. This science, known as the Theory of Inventive Problem Solving and referred to by the Russian acronym TRIZ, relies upon the study of human patents to reveal general principles of invention. TRIZ recognizes two dist...

The results of applying TRIZ to several information technology (IT) problems are summarized and reported. Two case studies demonstrate examples of applying the 9 Laws to predict the next state of technology in IT Services and Business Intelligence. Four case studies demonstrate examples of problem formulation and conflict resolution through the application of the 40 Principles to IT problems, i...

The examples in literature of applying TRIZ to software are that of applying the Inventive Principles (see [6] chapter 8 and 10). They are used to solve an algorithmic problem by defining the ideal situation, analyzing the contradictions and using the principles to develop a better algorithm. (An intelligent algorithm is something like the equivalent of a smart construction in Mechanical Engine...

s This research sets up a conceptual design of a future mobile or portable healthcare device using the quality function development (QFD) with the analytic network process (ANP) and the theory of inventive problem solving (TRIZ). We propose a three-stage QFD in order to consider customers’ requirements, extend the whole design process, and calculate the priorities of the left-hand-side element...

This paper presents methodology for development of software application for integration of process planning, scheduling, and the mobile robot navigation in manufacturing environment. Proposed methodology is based on the Russian Theory of Inventive Problem Solving (TRIZ) and multiagent system (MAS). Contradiction matrix and inventive principles are proved as effective TRIZ tool to solve contradi...