If we have Moving Features and flocks of UAVs, can we imagine a situation where a UAV flock adapts itself based on the observations that are being made by the collective of sensors on the UAVs?
This might call for a Moving Sensors standard.
Perhaps it's a special case of a Sensor Planning Service (SPS) in which the sensor is self-tasking and able to adjust its position based on the positions of the moving features.
A new generation of UAVs is emerging, based around flocks and swarms. A variety of algorithms are being developed in the research community.
For example, https://robotics.sciencemag.org/content/3/20/eaat3536
If we have Moving Features and flocks of UAVs, can we imagine a situation where a UAV flock adapts itself based on the observations that are being made by the collective of sensors on the UAVs?
This might call for a Moving Sensors standard.
Perhaps it's a special case of a Sensor Planning Service (SPS) in which the sensor is self-tasking and able to adjust its position based on the positions of the moving features.