Headquartered in Atlanta, VisionNav® Robotics is a global leader in autonomous industrial vehicles (AMRs/AGVs) and logistics automation solutions. Utilizing deep learning, environment perception, and servo control technologies, VisionNav has developed nine product series to address full-stack material handling scenarios.

2023年4月1日 · Path planning is among the most important tasks in AMR navigation since it demands the robot to identify the best route based on desired performance criteria such as safety margin, shortest time, and energy consumption.

2025年1月16日 · Autonomous Mobile Robots (AMRs) are redefining industries, from logistics to healthcare, by offering intelligent and adaptable solutions for complex navigation tasks. Imagine a robot that can seamlessly navigate dynamic environments, integrating the precision of LiDAR and the versatility of cameras to perceive and understand its surroundings.

2024年11月22日 · To this end, we design and implement Aim-My-Robot (AMR), a local navigation system that enables a robot to reach any object in its vicinity at the desired relative pose, with centimeter-level precision.

Intelligent software solution KUKA.AMR for central management and monitoring of a heterogeneous AMR fleet in real time. Benefit from AI-based process planning and process optimization as well as simple start-up in a single package – with no need for programming.

Navitrol is based on natural feature navigation to provide highly accurate and robust navigation for any AGV & AMR type, indoor and outdoor. Additionally, Navithor – Universal Fleet Control by Navitec allows managing very large systems with various vehicle types in one fleet.

2005年9月23日 · The article deals with fully digital navigation system based on AMR sensors and accelerometers. It provides information about actual azimuth, roll and pitch. The developed navigation system as well as the methods of error calibration and then compensation is described.

This research addresses these limitations by developing a dynamic navigation system that improves AMR performance in industrial and urban scenarios. The system enhances the A* algorithm to account for the current positions and predicted trajectories of moving obstacles, allowing the AMR to navigate safely and efficiently.

2019年12月25日 · 路径导航(Navigation)是自主移动机器人(AMR)最基本、最重要的功能之一。它通过地图服务器、全局与局部规划器、代价地图等方法，控制机器人从起点到终点的运行过程。

An all-in-one, powerful, feature rich navigation solution to build your industrial AMR application within a month.