Wearable Portable fNIRS System for Comprehensive Evaluation of Vibration, Noise, and Pressure Comfort for High-Speed Trains

Major Functions / Key Features

The Functional Near-Infrared Spectroscopy (fNIRS) system is widely utilized across diverse fields such as neuroimaging, brain-computer interfaces, clinical studies, psychological research, human-computer interaction, sports science, educational research, and rehabilitation. It plays a crucial role in monitoring brain activity, cognitive processes, and emotional responses, thereby contributing significantly to research, diagnostics, performance analysis, and therapy.

For instance, in the realm of high-speed trains and maglev trains, this system offers an innovative approach to evaluate vibration, noise, and pressure comfort effectively. By employing fNIRS technology to monitor brain activity and cognitive responses in passengers, researchers and engineers can acquire valuable insights into how these environmental factors influence cognitive processes, emotional responses, and overall comfort levels during train travel. This method enables a comprehensive assessment of the passenger experience, leading to advancements in train design, operation, and passenger well-being within the high-speed rail industry.