Berkeley AI Research Lab Intros Robotic Cloud Computing

The FogROS 2 platform leverages cloud computing to speed processing and could allow next-gen robotic applications to take advantage of advanced algorithms.

The Berkeley Artificial Intelligence Research Lab has launched the latest version of the open-source Robotic Operating System. It’s designed to offload robotic tasks to a remote server to speed up response and help reduce the latency that plagues robotic operations. The new platform has already gone live on GitHub.

Robotics are often limited by the lack of robust onboard computing capabilities. These are due to the physical constraints of most robotic setups. They rarely have the type of GPU or hardware accelerators that the newest algorithms require to shine.

Cloud computing could help speed up operations so that next-gen robotics applications can take advantage of these advanced algorithms. The platform, known as FogROS 2, was the latest iteration of their work.

See also: Deliver Analytics Like Amazon Delivers Packages

Removing complex onboard processing

The cloud enables operations to take place via a remote server rather than using onboard processing power. Similar to video games adapting to multiple devices, cloud computing provides a pathway to reduce not only the complexity of processing but also the costs.

According to the researchers involved, “FogROS 2 reduces SLAM latency by 50%, reduces grasp planning time from 14s to 1.2s, and speeds up motion planning 28x. When compared to alternatives, FogROS 2 reduces network utilization by up to 3.8x.”

The team plans to expand cloud provider and service integrations so that a wider number of users can take advantage of the program. The latest update also includes several new features:

  • Improvements to ROSBag
  • Performance and stability improvements
  • Enhanced documentation
  • Developer ergonomics.

These developments could open the door to other processing-intensive tasks such as stochastic planning or unsupervised deep learning from multiple robots. Tasks such as these would have far-reaching effects for businesses currently adapting more complex robotics into their everyday operations by saving them time and making them cost-effective.

Leave a Reply

Your email address will not be published.