As an example of a system implementing the described techniques, the mobile off-road robot RAVON is presented.
Thus, advanced perception systems are primarily required for an off-road robot to sense and understand its environment recognizing artificial and natural structures, topology, vegetation and paths, while ensuring, at the same time, robustness under compromised visibility.
The resulting model can be verified using model checking techniques, which is shown on the examples of the control systems of an autonomous indoor robot and an autonomous off-road robot.
Volvo, owned by China's Geely, has been experimenting with self-driving systems for years, with motorway road trains, robot mining trucks and lorries.
At present, artificial perception is sufficiently well advanced to enable optical sensors to identify individuals, autonomous vehicles to drive at moderate speeds on the open road, and robots to roam through buildings collecting empty soda cans.
Japanese industry, too, may gain extra freedoms: driverless cars could be allowed on the open road and robots permitted to mingle more freely with humans.The zones' second goal is to be a showcase for deregulation.
We show the effectiveness of our results within a system for sketch-based road and robot-vehicle path design, where clothoids are already widely used.
The researchers said they were surprised to find how frequently the roads their robots drove on had changed.
This paper presents a new approach for predicting slippage associated with individual wheels in off-road mobile robots.
The performance of vision-based navigation systems for off-road mobile robots depends crucially on the resolution of the camera, the sophistication of the visual processing, the latency between image and sensor capture to actuator control, and the period of the control loop.
Whereas the time required to wash a portion of the road by one robot is not shortened by this system, the time taken to wash the entire road is shortened [6]. Figure 5 illustrates the concept of the proposed system.
