Sentence examples for navigation obstacles from inspiring English sources

Although the company achieved some success in making improvements to the river, it never had the financial resources to tackle the larger navigation obstacles in the river.

Although tour guide robots with various self-localization abilities such as mapping has been introduced in the past, these technologies performance still remain challenged by indoor navigation obstacles.

This ROS will aim to cover easier mapping, robust and autonomous navigation, obstacle avoidance, cloud-based software-distribution, compliance with safety and cybersecurity's best practices and modern end-user interface.

According to driving habit and the existed detecting technique of sensor, combining the infrared laser range and galvanometer scanning technique, design a multi-point monitoring anti-collision system which can be used to assist navigation, obstacle avoidance and the speed control for the vehicle initiative safety.

It has been proposed that enhanced responses to a stimulus centered with respect to the head could facilitate efficient navigation around obstacles when gaze is directed toward the periphery (Durand et al. 2010).

Collision avoidance, which is crucial in mobile robot navigation, comprises obstacle detection and avoidance [42].

This paper deals with a multi-mode control architecture for robot navigation and obstacle avoidance.

It provides us a scalable mobile robot navigation and obstacle avoidance, with less processing.

The Blind and Visually Impaired (BVI) encounter various difficulties during their daily activities like path planning, navigation and obstacle avoidance.

Arbe Robotics, the winner of the TechCrunch Tel Aviv Pitch-off Competition, and AerialGuard, the runner-up in the 2016 Global Innovation Awards, are focused on developing intelligent navigation and obstacle avoidance systems. .

The outcomes of simulation and experiments confirm the authors' claims that the proposed approach provides intuitive perception of vehicle's motion and environmental forces, as well as facilitates navigation and obstacle avoidance in the mobile robot bilateral teleoperation system.