Jonas Reijniers

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About

Jonas Reijniers is a researcher whose work sits at the intersection of bio-inspired engineering and advanced sonar sensing. His primary research areas include biomimetic sonar systems, binaural localization, and spatial sampling strategies for 3-D imaging. Reijniers made a notable early contribution with "The CIRCE Head: A Biomimetic Sonar System" (2005, 14 citations), which introduced a robotic platform that emulates the echolocation capabilities of bats, demonstrating how biological principles can inspire robust sensing technologies. He further advanced this field with "Probabilistic Spectrum Based Azimuth Estimation with a Binaural Robotic Bat Head" (2008, 5 citations), where he showed that combining head-related transfer functions from two receivers enables probabilistic azimuth estimation—a key step toward more autonomous and accurate sonar navigation. More recently, in "An Optimized Spatial Sampling Strategy for Wide-View Planar Array 3-D Sonar Sensors" (2020, 3 citations), Reijniers tackled the computational bottleneck of imaging sonar by developing a method to reduce the number of sampled directions without sacrificing performance. His work consistently bridges theoretical modeling and practical sensor design, offering efficient solutions for robotics and underwater imaging.