Felix Orlando Maria Joseph
Indian Institute of Technology Roorkee, Case Western Reserve University
Papers
6
Total Citations
58
H-Index
5
About
Felix Orlando Maria Joseph is a robotics and control systems researcher whose work spans two compelling domains: autonomous mobile robot navigation and robot-assisted medical intervention. His most influential contribution, a 2024 study on fuzzy logic controller optimization for differential drive robots using particle swarm optimization (19 citations), demonstrates his ongoing commitment to intelligent control strategies for trajectory tracking. Earlier in his career, Joseph made significant strides in medical robotics, developing path planning algorithms and coordinated control systems for flexible needles used in percutaneous procedures such as prostate brachytherapy and tissue biopsy. His work on shape memory alloy actuated needles and rapidly-exploring random tree-based 3D motion planning addressed critical challenges in surgical precision, obstacle avoidance, and nonholonomic motion constraints within complex anatomical environments. These contributions, collectively accumulating over 58 citations, reflect a researcher who bridges theoretical control design with practical clinical applications. Joseph's body of work is particularly valuable for students exploring the intersection of soft actuators, intelligent algorithms, and autonomous systems, offering both foundational methodologies and forward-looking approaches to robotic control in unstructured and safety-critical settings.
Research Focus
Key Achievements
Top Papers
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