作者: S Huang , M.I Heywood , R.C.D Young , M Farsari , C.R Chatwin
DOI: 10.1016/S0141-9331(98)00070-2
关键词: Systems design 、 Fabrication 、 Computer science 、 Software system 、 Stereolithography 、 Systems development life cycle 、 Control system 、 Rapid application development 、 Rapid prototyping 、 Interface (computing) 、 Systems engineering
摘要: Abstract The system control of a micro-stereolithographic fabrication is detailed, with specific attention given to the opto-electronic and electro-mechanical interfaces. application National Instrument LabVEIW© environment demonstrated provide good basis for rapid development necessary structures. In particular, this provides highly flexible system, typical activities which include: low-level interface formats; icon-based systems design; support human–computer interfacing. resulting has capability two orders magnitude improvement above that currently available.