Sentence examples for mobile robotics and from inspiring English sources

This tool facilitates the understanding of several algorithms and control strategies in the field of mobile robotics and computer vision.

The method is based on the continuous-curvature path planning in the field of mobile robotics and is connected to the specific agronomic requirements.

This paper proposes a state of the art about reconfigurable systems and underlines existing links in system reconfiguration in the domains of electronics, mobile robotics and manufacturing systems.

The objective is to analyze the performance of the different algorithms for the design of behaviors in mobile robotics, and to extract some general rules that can help in the process to design new behaviors.

The main objective of this article is to promote the use of inexpensive and realistic prototypes to verify the applicability of state-of-the-art technologies in the area of mobile robotics and intelligent manufacturing systems.

Although localization has been largely investigated in the field of mobile robotics and produced a large variety of applications, in emergency response scenarios it still remain a challenge, due to the demanding operating conditions.

As he was asking these questions, the convergence of advances in mobile robotics, Wi-Fi and small onboard cameras gave his quest traction.

The primary objective of a digital innovation center is to accelerate digital innovation by rethinking the customer experience, improving operational efficiency and testing new business models through the use of digital technologies such as Big Data, the Internet of Things, Social Media, Mobile, Robotics, Augmented Reality and 3D Printing.

Because of uncontrolled and changing environmental conditions in outdoor and natural environments, data from optical sensors classically used in mobile robotics can be compromised and unusable.

In this work, we present a software tool we have developed to be used in a computer vision and mobile robotics subject whose main objective consists in designing algorithms to control an autonomous robot.

This chapter presents detailed case studies of complete mechatronic systems: a computer numerically controlled (CNC) drilling machine, mobile robots, and a robotic arm.