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Summary with wise words from MIL alum during a discussion about helping the Sub's state estimation problems when DVL beams do not return:
Most teams that do not have a DVL achieve useful state estimation by using a model of their vehicle's dynamics as a predictor in their kalman filter. An example of this is modeling the vehicle's drag/buoyancy/gravity and feeding the acceleration you would expect from these forces + the current wrench into the kalman filter.
May be related to #380, which will model the Sub's dynamics too for simulation purposes.
The text was updated successfully, but these errors were encountered:
Summary with wise words from MIL alum during a discussion about helping the Sub's state estimation problems when DVL beams do not return:
Most teams that do not have a DVL achieve useful state estimation by using a model of their vehicle's dynamics as a predictor in their kalman filter. An example of this is modeling the vehicle's drag/buoyancy/gravity and feeding the acceleration you would expect from these forces + the current wrench into the kalman filter.
May be related to #380, which will model the Sub's dynamics too for simulation purposes.
The text was updated successfully, but these errors were encountered: