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About

D. Soetanto is a researcher whose work has made significant contributions to the fields of autonomous robotics and marine vehicle control, with a particular focus on path-following control systems and coordinated motion planning. Best known for the 2004 paper "Adaptive, Non-Singular Path-Following Control of Dynamic Wheeled Robots," which has accumulated an impressive 242 citations, Soetanto pioneered novel control laws capable of steering unicycle-type wheeled robots along desired spatial paths while explicitly addressing vehicle dynamics and plant parameter uncertainty. Critically, this work overcame stringent initial condition constraints that had previously limited the practicality of such systems. Soetanto extended this research further in 2006 with a complementary study on nonsingular path-following in the presence of parametric modelling uncertainties, cementing a reputation for robust, real-world applicable control design. Beyond wheeled robotics, Soetanto demonstrated broad interdisciplinary reach through coordinated motion control of marine robots (2003, 86 citations) and vision-based path-following control, showcasing an ability to translate core control theory principles across diverse autonomous vehicle platforms. Collectively, Soetanto's body of work has shaped modern approaches to autonomous navigation and multi-vehicle coordination.