Jonas Furrer

Advanced Telecommunications Research Institute International

Papers

Total Citations

H-Index

About

Jonas Furrer is a leading researcher at the intersection of robotics, cloud computing, and acoustic perception. His work focuses on enabling robots to operate seamlessly across distributed environments and to interact intelligently with their surroundings through sound. Furrer’s major contributions include the development of **UNR-PF**, an open-source platform that abstracts robotic functionality into cloud-networked services, allowing for multi-location daily life support. This foundational work, cited 19 times, has been instrumental in advancing cloud robotics for real-world applications. In the domain of spatial acoustics, Furrer introduced a pioneering probabilistic framework for **3-D mapping of sound-emitting structures** using acoustic ray casting. This method, detailed in his 2016 paper (15 citations), enables mobile robots to create geometric maps enriched with acoustic data, a breakthrough for navigation and interaction in complex environments. His research bridges practical service robotics and sophisticated environmental sensing, demonstrating a unique ability to integrate hardware, software, and perceptual algorithms. Furrer’s work continues to inspire innovations in autonomous systems that are both cloud-connected and context-aware.