Papers
11
Total Citations
72
H-Index
5
About
Arturo Baltazar is a leading researcher in the intersection of robotics, non-destructive evaluation, and intelligent control systems. His primary contributions lie in developing advanced force and pose controllers for robotic ultrasonic probes, enabling precise, non-invasive contact with fragile or unknown materials. Baltazar’s work uniquely combines Hertzian contact theory with soft ultrasound sensors, allowing robots to sense and manipulate objects with unprecedented delicacy—a critical capability for medical diagnostics and handling biological tissues. His most cited paper (2011, 20 citations) introduces a force feedback controller using fuzzy-rules emulated networks, while subsequent studies (2015, 9 citations) refine contact evolution determination on soft hemispherical probes. Baltazar has also pioneered the use of neuro-fuzzy networks and sliding mode adaptive control for nonlinear systems, and explored chaos optimization for ultrasonic beamforming. His research, spanning over a decade, has accumulated significant citations, demonstrating its impact on robotic sensing and non-destructive testing. By integrating soft contact mechanics with intelligent control, Baltazar continues to advance the safe, autonomous interaction of robots with their environment.
Research Focus
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