单品页模板

PRODUCT INTRODUCTION

The Intelligent Perception and Control Laboratory of Unmanned Systems at Northwestern Polytechnical University (NPU) has launched a real-time map reconstruction system for cluster UAVs, which uses map reconstruction and deep learning technology to support offline, real-time 2D and 3D map reconstruction. The system provides rapid environmental information acquisition, analysis and decision support for agriculture, emergency fire protection and public safety inspection.

PRODUCT FEATURES

Visual SLAM

Cooperative Operation

Instant Mapping

Autonomous Planning Path

Elastic Intelligent Scheduling

Automatic Marking up

Network Extraction

Supporting Secondary Development

Open Source Code

C++

Python

ROS

High Efficiency, Fast Speed

The difference between real-time map splicing time and real-time data acquisition time is no more than 30 seconds, which is 1-2 orders of magnitude shorter than that of traditional quick map piecing time.

Efficient Intelligence

Manage five UAVs simultaneously, support automatic route planning, with target recognition, accuracy and recall rates of no less than 85%.

Strong UAV Performance

Uavs are lightweight, low noise, low power, long endurance, low takeoff condition requirements, and strong wind resistance.

Functional Perfection

Support 3D height measurement, visibility check, zoom in and out of 3D dense point clouds and other operations, can be used for emergency rescue and other scenarios.

Open Source Code

Platform for all open source code, users are free to access, modify and extend the platform function.

Designer and manufacturer of mobile robots, shipped to over 50 countries worldwide

Multi-Mchine Collaborative Mapping

Platform through surveying and mapping, many sets of unmanned aerial vehicle (uav) cooperative efficiency significantly increased. Drones can simultaneously cover a larger area for efficient data acquisition and accurate recording, which is suitable for terrain mapping, agricultural monitoring and infrastructure inspection.

Real-Time Mapping

Platform to realize the "flying - while get - processing - transfer - while mapping" real-time map generation. The drone obtains images in real time while flying, and the on-board host processes the data and transmits it to the ground workstation to quickly generate a map. This solution reduces mapping time from hours to minutes, greatly improving efficiency.

Taobotics RS-URSD - High-Precision Data Acquisition and Map Creation System