SS-10: Technologies and Applications with Systematic Refinements in Automation
Session Organizers
Advanced technologies developed for various automation applications hold significant potential to aid designers and engineers in evaluating and predicting physical or multidisciplinary behaviors in practical scenarios. Systematic refinements of these automation technologies can enhance both the efficiency and accuracy of their applications, making the methodologies more effective in engineering contexts. Research focused on these systematic refinements and their impact on automation technologies is encouraged for this special session.
- Prof. Po-Ting Lin, National Taiwan University of Science and Technology, Taiwan
- Prof. Ching-Yuan Chang, National Taipei University of Technology, Taiwan
- Prof. Kuan-Lun Hsu, National Taiwan University, Taiwan
- Prof. Yu-Hsun Chen, National Taiwan University of Science and Technology, Taiwan
Advanced technologies developed for various automation applications hold significant potential to aid designers and engineers in evaluating and predicting physical or multidisciplinary behaviors in practical scenarios. Systematic refinements of these automation technologies can enhance both the efficiency and accuracy of their applications, making the methodologies more effective in engineering contexts. Research focused on these systematic refinements and their impact on automation technologies is encouraged for this special session.
