Masato Yamazaki
Papers
1
Total Citations
4
H-Index
1
About
Masato Yamazaki is a pioneering figure in early artificial intelligence and robotics, best known for his foundational work in automated planning and robotic manipulation. His most-cited paper, "Robot planning system based on problem solvers" (1973), introduced a groundbreaking approach to enabling a robot with a hand and an eye to manipulate blocks using two distinct problem-solving strategies: one leveraging a resolution-based theorem prover and the other employing pattern-matching techniques. This work laid critical groundwork for integrating logical reasoning with physical action in autonomous systems. Though his citation counts are modest—reflecting the era's smaller research community—Yamazaki's contributions are historically significant, anticipating later advances in AI planning and robotic control. His research areas encompass robot planning, automated reasoning, and the intersection of symbolic AI with real-world manipulation. By demonstrating how theorem provers could guide physical tasks, Yamazaki helped shape the conceptual foundations of intelligent robotics, influencing subsequent generations of researchers in AI and automation.
Research Focus
Key Achievements
Top Papers
- 1Robot planning system based on problem solvers4 citations · 1973