Valner Brusamarello

Universidade Federal do Rio Grande do Sul

Papers

Total Citations

113

H-Index

About

Valner Brusamarello is a leading researcher in sensing systems and intelligent control, with a career defined by bridging classical instrumentation with cutting-edge neuromorphic computing. His foundational work on load cells, detailed in the 2010 paper "Load cells in force sensing analysis -- theory and a novel application" (108 citations), has become a key reference for engineers designing precise force and torque sensors for industrial weighing and measurement. More recently, Brusamarello has pioneered the integration of biologically inspired computing into robotics. His 2017 study on "Positioning control on a collaborative robot by sensor fusion with liquid state machines" (5 citations) introduces a novel controller that uses Spiking Neural Networks and reservoir computing to achieve sensor fusion on neuromorphic hardware. This work, applied to the collaborative robot BAXTER, demonstrates a parallel processing framework that promises faster, more adaptive control for human-robot collaboration. By merging deep expertise in traditional sensing with advanced neural architectures, Brusamarello is shaping the future of intelligent, sensor-driven automation.