kinematic

Great idea, unfortunately in my case the setup phase gets stuck on 'Setting up the default Kinematic images...'.

We provide kinematic models of the road network by processing vehicle sensor data (GPS, IMU, camera, etc).

The farming systems are more real-time kinematic GPS, which broadcast local corrections from a dedicated reference statiion.

Ideally it would estimate its own kinematic parameters and do an A* search for approximate optimal control.

It reminds me of my youth, the professors loved garage doors, cinema film advancing fingers, and shitty kinematic simulation software.

This is from the datasheet of the Trimble R10 surveying receiver: real time Kinematic surveying Single Baseline <30 km Horizontal......................................

The unassisted accuracy without kinematic corrections was around +- 1 m horizonal and ~10 m vertical, constantly changing as the constellation moves.

Technology might fix those problems, but that simple kinematic fact is enough.

It was gutsy and impressive, but seriously, guys, probabilistic kinematic constraints.

Who needs facial recognition when you have kinematic behavioral analysis?

In this project I learned about kinematic and dynamic models of various mobile robot drives and simulated then in Robot Operating System(ROS).

He insisted that we use calculus to derive all of the kinematic equations.

Can anyone explain what the "kinematic coupling" is, how it helps with bed leveling, and why the same approach cannot be applied to any 3d-printer?

For example, a "cheap" 1" notch filter from Thor would run about $500, whereas a kinematic mount would be somewhere closer to $40.

Kinematic means a nearby stationary reference ground base station sending updates over radio frequencies to another GPS receiver that could be in motion.

Kinematic for Mac has a sweet interface but, as far as my testing has been able to discern, it only works with the six recommended images.