EDUBOT VERSION 3

1 ROS2 Application for Indoor Navigation

Simultaneous Localization and Mapping (SLAM):

Mapping:

Build and update maps in real-time using SLAM techniques.

Localization:

Accurately determine the robot’s position within indoor environments.

Path Planning:

Develop optimal path planning algorithms to efficiently navigate complex environments.

Autonomous Navigation:

Enable fully autonomous movement, allowing the robot to travel from one point to another without manual intervention.

Obstacle Detection and Avoidance:

Implement robust methods to detect obstacles and dynamically adjust routes to prevent collisions.

1 Artificial Intelligence (AI) Applications

Computer Vision:

Leverage vision-based systems for environment perception and object recognition. Machine Learning: Integrate machine learning models for advanced navigation, decision-making, and environment adaptation. Detection and Tracking: Implement detection and tracking algorithms to monitor and follow objects of interest in real time.

1 Camera and robotics arm 2 in 1

  • AI Vision Interactive Function
  • AI Vision Human Feature Interaction
Gesture interaction
Gesture grabbing
Face recognition and tracking

EDUBOT Edition

(with depth Camera and RPLidar A2)

(with HD Camera and YDLidar X2)

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