Gordon J. VanderBrug

About

Gordon J. VanderBrug is a pioneering figure in the early integration of computer vision and robotics, whose foundational work in the late 1970s and early 1980s helped define the field of intelligent automation. His research centered on real-time robot control, part acquisition, and adaptive robotic systems, establishing the core principles for machines that could "see" and react to their environment. His most influential paper, "A Vision System for Real-Time Control of Robots" (1979), has garnered 33 citations, serving as a cornerstone for subsequent developments in visual servoing. VanderBrug further advanced the practical application of these concepts through his work on the Cybervision system, a programmable assembly solution detailed in "Programmable assembly with vision" (1982). This system, integrating the Autovision, AID 600 Assembly Robot, A132 Controller, and RAIL software, provided the essential building blocks for flexible manufacturing. With a total of over 60 citations across his key works, VanderBrug’s contributions remain a vital reference for researchers exploring the historical and technical foundations of adaptive robotics and machine vision.

Research Focus

Key Achievements

Top Papers

1. 1
   A Vision System for Real-Time Control of Robots

   33 citations · 1979
2. 2
   Experiments In Part Acquisition Using Robot Vision

   14 citations · 1979
3. 3
   A Measurement and Control Model for Adaptive Robots

   12 citations · 1980
4. 4
   Programmable assembly with vision

   2 citations · 1982

Key Collaborators

Contact & Links