Robotics Middleware Framework
Robotics Middle Framework is an open-source software architecture created by Open Robotics which enables interoperability, resource allocation which prevents conflicts over shared resources, allowing for the development of more complex and sophisticated robotic applications.
How does Robotics Middleware Framework work with robotmanager?
Robotics Middleware Framework by Open Robotics collaborates with robotmanager. The use of Robotics Middleware Framework allows for proactive traffic optimization while in conjunction with robotmanager, allows for more features such as Live Video Streaming, Teleoperation, Event/Notifications, Customised Tasks and GPS coordinate support. Users of robotmanager can then send tasks without concern for resource allocation, as Robotics Middleware Framework ensures seamless robot operation without interruptions.
What benefits does Robotics Middleware Framework offer?
Learn the benefits of what Robotics Middleware Framework can offer your business and how it can ease and streamline your operations.
Interoperability
Resource Allocation
Ease of Management
Interoperability
Remove vendor restraints and be able to have a collection of robots from various vendors. Allows for ease of scalability in the future when purchasing robots from different vendors. Interoperability solves your worries and ensure that all of your robots work together seamlessly.
Resource Allocation
Worry no further as shared resources such as lifts, doorways, corridors and much more are always resolved through the Traffic Schedule Database ensuring smooth operations of robots at all times.
Ease of Management
Easily manage a large, heterogenous, multi-vendor robot environment through the use of Robotics Middleware Framework. A centralized solution to controlling a mass collection of robots varying from different vendors. Moreover, with the use of robotmanager you are able to have an easy to use interface to command and monitor your robots real-time.
How does Robotics Middleware Framework work?
Learn how the Robotics Middleware Framework architecture works and how it may solve issues with your business operations.
Traffic Optimization
Task Allocation
Traffic Optimization
Helps with preventing and resolving mobile robot traffic conflicts by adapting to changes and triggering negotiations between fleet managers for resolution. A Traffic Schedule Database also helps with centralizing and managing robot traffic helping to identify and resolve conflicts proactively by using path trajectories to predict and notify robots of potential conflicts.
Task Allocation
Simplifies the allocation and management of tasks across multiple fleets off robots by intelligently assigning task requests to the best-suited robot in the fleet. For example, a security robot is better fitted to doing patrol tasks in comparison to a concierge robot.
