Max Robotics — Global Service Robot Directory + US Certification

About

J. Korein’s research has fundamentally advanced the field of robotics, with a particular focus on the geometric and computational challenges of manipulation and automation. His most influential work, the 1985 book *A Geometric Investigation of Reach* (188 citations), provides a foundational analysis of how articulated linkages—modeled after the human arm—can be programmed to reach specific points in space. This work remains a cornerstone for researchers studying robot kinematics and motion planning. Korein also made significant contributions to automation programming and control, notably through his work on the General Purpose Automation Controller, a dynamically configurable, multi-processor system designed to simplify the programming of distributed real-time robotic workcells. His 1986 paper on this system (26 citations) and subsequent publications outline a methodology that integrates sensors and devices, making automation more accessible for both research and manufacturing. Additionally, his 1987 survey on robotics (9 citations) offers a comprehensive introduction to industrial applications and robot programming. Through the TEMPUS system (1983, 6 citations), Korein pioneered the graphical simulation of task-oriented human figures in 3D environments, aiding in the evaluation of complex workstations. His work has had a lasting impact on how robots are designed, programmed, and simulated for real-world tasks.