Intelligent Monitoring and Optimization of Micro- and Nano-Machining Processes

The article describes an innovative concept of intelligent systems for monitoring and optimization of micro- and nano-machining processes, which are equipped with a speech interface and artificial intelligence. The developed concept proposes an architecture of the systems equipped with a data analysis layer, process supervision layer, decision layer, communication subsystem by speech and natural language, and visual communication subsystem using voice descriptions. The implemented computational intelligence methods allow for real-time data analysis of monitored processes, configuration of the system, process supervision and optimization based on the process features and quality models. The modern concept allows for the development of universal and intelligent systems which are independent of a type of manufacturing process, machining parameters and conditions.