The automated guided vehicle (AGV) market has become almost saturated but is now stagnated due to the difficulty of developing products for new applications. The next generation of AGV systems need to be smarter and have more flexibility. Autonomous mobile robots (AMR) will become prevalent in several vertical markets such as logistics, medical, agriculture and mining. As labor costs increase, more swarm robotic systems will be developed and deployed to perform repeated tasks.
Why ADLINK’s ROS 2 Robotics Solutions
ADLINK robotics solutions allow users to develop complex robotic applications with minimal investment outlay, whereby they enjoy the benefits of various AI engines, development environments, flexible hardware systems, and evolving Data Distribution Service
Neuron SDK: ADLINK’s Powerful ROS 2 Development Kit
The ADLINK Neuron SDK, delivering powerful development capabilities, is fully compatible with both ROS and ROS 2, featuring an optimized environment providing full access to hundreds of open source robotic algorithms, achieving rapid development for faster time-to-market.
Simplified System Integration
Rich tool/module portfolios and ROS / ROS 2 compatible environment make it easy to integrate application requirements across multiple hardware, software package, and service types.
Reduced Total Cost of
End-to-end expenditure, from purchase to disposal, including expected costs of service, repair, and warranty can be decreased significantly.
System-wide communications connect multiple devices via DDS.
ADLINK meets every user’s needs
Seeking speedy entry into the robotics-enabled market ADLINK provides:
AI-based autonomous application
Powerful AI computing for intelligent robotics development
Real-time robotics application
Real-time architecture for robotics development from mainstream to high end
ROScube Pico TGL
Embedded Real-time Robotic Controller
Ruggedized, secure connectivity with locking USB ports
Pursuing development opportunities with open source availability ADLINK provides:
Rapid robotic development and demo kit based on ROS/ROS 2
Integrated vision, control, AI and motion modules
ROS Starter Kit MXM
Flexible connectivity and support for AI computation platforms
A wide range of I/O ports and an MXM graphics module
ROScube Pico NPN
SOM-based platform for rapid development of ROS and AI applications
Affordable solution for rapid development and deployment
THE COURSE WILL PROVIDE:
- Familiarity and functionality within the ROS 2 development environment
- Ability to integrate industrial controllers with ROS
- ROS-based development knowledge of applications such as gmapping, pcl, and others
- 2D navigation and architecture control capability
- Practical utilization of ROS algorithms such as SLAM, Navigation, and others
- Experience building and programming actual ROS-based robotics
Visit ADLINK ROS GitHub
Join the community to help develop your ROS 2 projects faster