Proximity as Perception: An Ultrasonic Sensor as a Spatial Sensory Organ for General-Purpose Computing, and the Perceptual Wave Function as its Mathematical Processor

Puntos clave

• To explore the use of ultrasonic sensors as spatial sensory organs and develop a mathematical framework for their data processing.
• Developed an ultrasonic sensor prototype for spatial detection.
• Created a mathematical model called the perceptual wave function to process sensory data.
• Tested the efficacy of the sensor in various computing scenarios.
• The ultrasonic sensor effectively detects spatial information.
• The perceptual wave function successfully processes the data from the sensor, enhancing computational tasks.
• Applications of the sensor design are proposed for general-purpose computing.