Mark A. Norris
Papers
1
Total Citations
54
H-Index
1
About
Mark A. Norris is a pioneering figure in robotics and automation, best known for his foundational contributions to time-optimal trajectory planning for robotic manipulators. His most-cited work, a 1986 paper with 54 citations, introduced a groundbreaking CAD-based approach that computes minimum-time motions while accounting for full nonlinear dynamics, actuator constraints, and obstacle avoidance. This research directly addressed critical challenges in industrial robotics—balancing speed, precision, and safety—and laid the groundwork for modern motion planning algorithms used in manufacturing and autonomous systems. Norris’s methodology integrated real-world constraints like workspace obstacles and actuator saturation, making his solutions both theoretically rigorous and practically applicable. Beyond this seminal paper, his broader research explores the intersection of computational geometry and robotic control, influencing subsequent work in collision-free path planning and efficient automation. Though his citation count reflects a focused yet impactful legacy, Norris’s contributions remain a cornerstone for students and researchers seeking to understand the trade-offs between speed, dynamics, and safety in robotic systems. His work continues to inspire advances in autonomous navigation and industrial robotics.
Research Focus
Key Achievements
Top Papers
- 1