Reactive assembly planning in a dynamic virtual environment
Xiaobu Yuan, Simon X. Yang · 2002
Working in the virtual environment has the advantage of unsurpassed support from computer tools. However, its success in industrial applications still relies on how accurately a virtual environment represents the real-life activities. Presented in this paper is a method of reactive assembly planning that is able to handle environmental uncertainty. It uses automatic object modeling to update the virtual environment according to the changes in a working environment, and a biologically-inspired neural network to reactively generate collision-free paths in real time.