Bozidar Radunovic
Senior Principal Researcher
About
Bozidar Radunovic is a Senior Principal Researcher in the Future AI Infrastructure group at Microsoft Research in Cambridge, UK. His research interests are in design and building next generation AI infrastructure and access network for edge and cloud. He has performed research on computer systems and algorithms with particular interest in cellular, wireless, access networks, virtualization and robotics. He was a part of Azure for Operators CTO team from 2020 to 2024 where he lead various efforts on RAN and edge strategy, incubation and research.
Bozidar received his PhD in technical sciences from EPFL (opens in new tab), Switzerland, and spent one year as a post-doc researcher at ENS Paris before joining Microsoft Research. In 2008 he was awarded IEEE William R. Bennett Prize Paper Award (opens in new tab) in the Field of Communications Systems.
Blogs and web pages about my work:
- Project Janus: Now Open Source (opens in new tab)
- Towards a Distributed AI Platform for 6G RAN (opens in new tab)
- Project Janus: Programmable RAN and Platform
- Microsoft and Industry Leaders Enable RAN and Platform Programmability with Project Janus (opens in new tab)
- Microsoft Innovation in RAN Analytics and Control | Azure Blog and Updates | Microsoft Azure (opens in new tab)
- Project Arno: How Microsoft Research created the technology and industry momentum for Azure to empower telecom operators in the cloud
- Empowering operators on their cloud migration journey (opens in new tab)
Featured projects
Programmable RAN Platform
Programmable RAN platform for next generation Open RAN
Affordable connectivity in the TVWS spectrum with cellular radio technology
Read about our efforts to provide affordable wireless broadband using TV White Space frequencies and LTE hardware
Project Arno: Cloudification of Telecom Network Infrastructure
Microsoft Research special project to develop enabling technology for virtualizing and cloudifying telecommunication network infrastructure (e.g., 5G) on hyperscale cloud platforms (such as Azure).