M. Harada

Papers

Total Citations

H-Index

About

M. Harada is a researcher whose work centers on the biomechanics and optimal design of legged robotic systems, with a particular focus on maximizing dynamic performance through analytical and computational methods. His major contributions lie in the application of dimensional analysis to the design of tracing-type legged robots, where he introduced four non-dimensional parameters that govern the jump ratio—a critical metric for achieving maximum height relative to leg length. This work, published in 2006 and garnering 14 citations, provides a foundational framework for optimizing legged robot morphology for high-impact, ballistic motions. Additionally, Harada has explored torque pattern generation for serial link robots, using genetic algorithms to determine optimal torque assignments that maximize jump height under physical constraints. While his second most-cited paper has 2 citations, it demonstrates his innovative use of evolutionary computation to solve complex, constrained optimization problems in robotics. Harada’s research is particularly valuable for students and engineers designing agile, jumping robots, offering both theoretical insights and practical design guidelines for achieving superior dynamic performance.