Rockwell Collins, Inc. (20240290113). AUDIO-VISUAL PILOT ACTIVITY RECOGNITION SYSTEM AND METHOD simplified abstract
AUDIO-VISUAL PILOT ACTIVITY RECOGNITION SYSTEM AND METHOD
Organization Name
Inventor(s)
Naresh Yarlapati Ganesh of Cork (IE)
AUDIO-VISUAL PILOT ACTIVITY RECOGNITION SYSTEM AND METHOD - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240290113 titled 'AUDIO-VISUAL PILOT ACTIVITY RECOGNITION SYSTEM AND METHOD
The abstract describes an audio-visual pilot activity recognition system that collects image and audio signals to determine pilot activities.
- The system includes image collectors, audio collectors, and a processor.
- It collects image and audio signals to analyze pilot activities.
- The processor determines pilot activities based on the collected signals.
Potential Applications: - Aviation industry for pilot training and monitoring. - Security industry for surveillance and monitoring of pilot behavior.
Problems Solved: - Enhances pilot training and monitoring processes. - Improves safety and security measures in aviation.
Benefits: - Accurate recognition of pilot activities. - Real-time monitoring and analysis of pilot behavior.
Commercial Applications: Title: "Advanced Audio-Visual Pilot Activity Recognition System" This technology can be used in aviation training centers, flight schools, and security agencies for pilot monitoring and training purposes.
Questions about the technology: 1. How does this system improve pilot training and monitoring processes? - This system provides real-time analysis of pilot activities, enhancing training effectiveness and safety measures. 2. What are the potential applications of this technology beyond the aviation industry? - This technology can also be applied in security settings for surveillance and behavior monitoring.
Original Abstract Submitted
an audio-visual pilot activity recognition system including one or more image collectors, one or more audio collectors, and a processor configured to collect at least one image signal from the one or more image collectors, collect at least one audio signal from the one of more audio collectors, and determine a pilot activity based on the collected at least one image signal and the collected at least one audio signal.