Sentence examples for mobile robots working from inspiring English sources

(2006) presented a quantitative method for mission reliability estimation of various mobile robots working as teams.

This paper proposes the design and validation of a new hermetic controller for mobile robots working in a hazardous environment.

Experiments were performed in the field to obtain information on the motor driver's heating value and work site temperatures as boundary conditions of the heat transfer problem, and a modular and hermetic controller for mobile robots working in hazardous environments was successfully developed and validated.

This paper suggests an effective operation method of iGS to estimate position of the mobile robot working in an unstructured environment.

When the mobile robot is working in the large-scale environment without loop closure, the probability of false alarm is increased in DGKD by this increased uncertainty, which means that the total performance of DGKD is decreased.

A MOPSO algorithm is utilized in [13] to generate trajectories for mobile robots that are working on the environments that the robots are working on and may be included danger sources.

The VTC then calculates the corresponding command velocities for the mobile robot to work in the world coordinates.

this paper presents hierarchical Bayesian classifier to recognize and rebuild the environment surrounding a mobile robot; it works with information coming from 16 sonar sensors supplying the distance measurements between the obstacles and the robot.

In order to obtain accurate and continuous location information indoors for indoor mobile robots, this work proposed a seamless integrated navigation utilizing extended Kalman filter (EKF) and Least Squares Support Vector Machine (LS-SVM).

Indoor mobile robots (IMR) can work autonomously if they have the capability to perform localization.

The search for a simple and accurate odometry is a main concern when working with mobile robots.