Chapter
Autonomous systems for aviation safety
43:37 - 53:38 (10:00)
The development of advanced autonomous systems for aircraft and aviation safety is explored, ranging from simple autopilot systems to more sophisticated path planning and landing capabilities for aircraft. The potential for direct perception of pilots through autonomous systems is also discussed.
Clips
The F-16 has been used as an autonomous wingman, demonstrating various maneuvers and mission scenarios.
43:37 - 45:57 (02:19)
Summary
The F-16 has been used as an autonomous wingman, demonstrating various maneuvers and mission scenarios. While human machine teaming is expected to increase, a cockpit without humans is not likely in the near future.
ChapterAutonomous systems for aviation safety
EpisodeKeoki Jackson: Lockheed Martin
PodcastLex Fridman Podcast
The use of autonomous systems in aircrafts for the detection of potential emergencies and collision avoidance is discussed, along with the integration of terrain models to predict pilot behavior and decisions accurately.
45:57 - 48:52 (02:55)
Summary
The use of autonomous systems in aircrafts for the detection of potential emergencies and collision avoidance is discussed, along with the integration of terrain models to predict pilot behavior and decisions accurately.
ChapterAutonomous systems for aviation safety
EpisodeKeoki Jackson: Lockheed Martin
PodcastLex Fridman Podcast
The advancements of autonomous aviation technology include the ability for the aircraft to perform tasks ranging from simple autopilot to more sophisticated path planning, allowing missions to be flown with two, one, or zero pilots.
48:52 - 53:38 (04:45)
Summary
The advancements of autonomous aviation technology include the ability for the aircraft to perform tasks ranging from simple autopilot to more sophisticated path planning, allowing missions to be flown with two, one, or zero pilots. The technology can also help save time and expenses associated with canceled or failed flights while reducing the risk of human error.