Artificial vision, also known as computer vision, is a crucial component of robotics that enables robots to interpret and understand visual data from their environment. The primary goal of artificial vision is to replicate the human visual system's ability to recognize, classify, and understand visual information.
Future directions in this field include: artificial vision and language processing for robotics epub
"Target object: Metallic Crate. Classification: High-Value," Dexter’s synthesized voice droned. It was flat, monotonous. Artificial vision, also known as computer vision, is
"The beam is heavy," Elias said, invoking the language model's ability to reason about physics properties. "But the deck plating beneath you is magnetic. You cannot push up. You must push down." "But the deck plating beneath you is magnetic
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"Air vent?" Elias muttered. "Dexter, can you fit through the ventilation shaft?"
On the hardware front, neuromorphic vision sensors (event cameras) and spiking neural networks may reduce latency, making vision-language processing more energy-efficient for mobile robots.