This collaboration will provide research teams with a comprehensive set of tools to develop new applications of artificial intelligence (AI) for radio access networks (RAN). The addition of Keysight's network emulation solutions will enable researchers to develop and validate new methods to optimize radio communications access using Keysight's comprehensive network emulation capabilities. .
Keysight is currently researching 6G technology solutions
Just like the initial research on 6G, AI technology is developing very quickly, so it is likely that 6G will be the first generation of wireless technology to fully utilize AI. Validating methods using new AI algorithms, optimized to increase capacity, speed, and types of network applications requires simulating realistic network conditions at scale. Tools to realistically simulate every part of the radio system are needed to train, test and fine-tune AI algorithms before commercialization.
To help 6G researchers build future-proof AI algorithms, Keysight will add comprehensive network testing and simulation solutions to the Nvida 6G Research Cloud platform. Keysight is building cloud-based versions of these solutions and delivering them on a flexible and scalable research platform. Thanks to Nvida 6G Research Cloud, 6G researchers can access Keysight solutions in real-world network conditions. Operating in the cloud, Keysight's network emulation solutions will also now run faster and be more scalable with access to Nvida's seamless GPU-accelerated network.
“We are pleased to be one of the first solutions partners announced for the 6G Research Cloud Platform,” said Kailash Narayanan, Senior Vice President and President of Keysight's Communications Solutions Group. New from Nvida. Integrating our solutions into this cloud-based operating platform gives researchers access to the most accurate, fast, and scalable network simulation features on the market. This feasibility and scalability is critical to developing AI architectures capable of optimizing next-generation radio systems.”
