Diagnostics of Continuous Dynamic Systems Using Logic Functions

The article is devoted to search defects method, in continuous dynamic systems with a depth to a dynamic element using logical functions, based on binary diagnostic feature. This method streamlines using of the way, special when not simple objects are diagnosed. The transmission signs matrix usage reduces computational costs. The use of logical functions reduces calculative costs due to use of calculating the unary diagnostic signs. This algorithm decrease the software or hardware costs due to the realization of normalized vector computations, also as normalized diagnostic features, and streamlines the flaw detection algorithm using the matrix of topological relations with more complex calculation of normalized diagnostic signs.