About Rhino Steve
Rhino Steve is an advanced Autonomous Mobile Robot (AMR) platform developed at IRiSH Lab to push the boundaries of robotics research and industrial automation. Built on ROS2 (Robot Operating System 2), it represents a comprehensive integration of cutting-edge hardware, sophisticated software architecture, and artificial intelligence capabilities.
The platform emphasizes modularity and standardization, enabling rapid prototyping and deployment across diverse industrial scenarios. From autonomous warehouse operations to intelligent factory monitoring, Rhino Steve demonstrates production-ready capabilities backed by peer-reviewed research.
3D Model Interactive View
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Development Journey
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Technical Specifications
Advanced hardware and software integration
Research Contributions
Advancing robotics through peer-reviewed research and publications
Autonomous Navigation
Advanced SLAM with dynamic obstacle avoidance
π IEEE Robotics & Automation Letters, 2023
AI-Powered Perception
Deep learning for scene understanding & task recognition
π International Conference on Robotics & AI, 2023
Modular Architecture
Standardized interfaces for easy sensor/actuator integration
π Journal of Intelligent Manufacturing, 2024
Real-time Optimization
Deterministic performance through ROS2 DDS optimization
π ROS Conference Proceedings, 2024
Real-World Applications
Practical deployment scenarios across industries
Warehouse
Autonomous material handling
Manufacturing
Factory floor monitoring & inspection
Research
Open platform for robotics innovation
Delivery
Last-mile autonomous transport
Interested in Collaboration?
Join our research team or explore partnership opportunities with Rhino Steve