Hans Petter Hildre
Papers
7
Total Citations
116
H-Index
5
About
Hans Petter Hildre is a leading figure in biomimetic robotics and modular robotic systems, with a research portfolio that bridges nature-inspired design and practical engineering. His most celebrated work, "From Natural Complexity to Biomimetic Simplification," introduces a robotic fish modeled after the cownose ray, achieving 42 citations for its innovative approach to environmental compatibility and maneuverability. Hildre’s contributions extend to efficient modular grasping, where his iterative method balances simplicity and dexterity, cited 25 times for advancing human-like manipulation. He has also pioneered adaptive limbless locomotion using CPG-based reflex mechanisms, enabling snake-like robots to navigate complex terrains, and developed flexible modeling architectures for haptic control of maritime cranes and robotic arms, cited 15 times for its modular prototyping system. His work on a pentapedal walking robot and neural circuits for sidewinding further showcases his versatility. With a focus on education and research, Hildre’s modular simulation environments empower both novices and experts, cementing his impact on robotic design and control. His achievements highlight a career dedicated to simplifying biological complexity into functional, scalable robotic solutions.
Research Focus
Key Achievements
Top Papers
- 1
- 2Efficient modular grasping: An iterative approach25 citations · 2012
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- 6Design of neural circuit for sidewinding of snake-like robots5 citations · 2014
- 7Locomotion Analysis Of A Modular Pentapedal Walking Robot4 citations · 2012