Setting the Standard

Stephanie

Welcome to the podcast dedicated to advanced radio technologies standards development, hosted by the Wireless Innovation Forum. Features interviews with industry leaders, current news and Forum project updates.

  1. Apr 7

    Episode 25.04 TR 2016 and 2017 Andy Clegg

    Today we're talking with Andy Clegg of Baylor University and CTO of the Forum about his new Highly Dynamic Spectrum Sharing Work Group and their newly published technical reports created to address spectrum sharing solutions for the future. Main points (AI generated): 0:50 – 2:32 Andy explains the creation of the Highly Dynamic Spectrum Sharing (HDSS) Task Group within the Wireless Innovation Forum. Goal: extend spectrum sharing techniques (like CBRS and 6 GHz AFC) to support faster reconfiguration on much shorter time scales. TR 2017 defines time scales and provides a framework for “highly dynamic spectrum sharing” (H-DSS). TR 2016 builds on that and explores how to implement it with techniques and technologies. 2:32 – 4:19 TR 2017: defines time scales for different spectrum sharing regimes globally, leading to a new definition of H-DSS (sharing in seconds, not minutes/hours). TR 2016: explores techniques to make sharing more flexible and dynamic. 4:19 – 13:10 Key techniques and concepts discussed in TR 2016: Distributed incumbent sensing – using more, smaller sensors to improve detection and reduce false positives. RAN-based sensing – using base stations and handsets to detect incumbents, though technically challenging. Incumbent self-sensing – placing sensors directly with incumbents (e.g., on ships). DoD not yet supportive. Dynamic Protection Areas (DPAs) – extending and refining DPA neighborhoods, including airborne applications. Informing Incumbent Capability (IIC) – online portals for military to announce operations, enabling faster SAS adjustments. Closed-loop interference feedback – allowing incumbents to report actual interference, preventing overprotection and maximizing spectrum efficiency. Clutter detection – using sensing (possibly GPS-based) to measure environmental interference (trees, buildings, etc.) for more precise protection. 13:12 – 15:00 Future plans: Iterating and refining TR 2016. Adding more detail and results from ongoing experiments. Making TR 2016 a serial publication. Encouraging non-members to join and contribute to the HDSS task group. To learn more or to contribute to the group, please visit https://www.WirelessInnovation.org

    16 min
  2. 03/06/2024

    24.02 AFC Test Harness with Austin Egbert (Baylor) and Mark Gibson (CommScope)

    Hello and welcome to Setting the Standard, the podcast about wireless radio standards creation from the Wireless Innovation Forum.  I'm your host and Communications Director of the Forum, Stephanie Hamill.  In this episode, I'm talking with Austin Egbert of Baylor University, coder of the  new AFC Test Harness and Mark Gibson of CommScope our 6 Ghz Committee Chair. The two worked tirelessly to bring the 6 GHz Band to operation, recently approved by the FCC. Timestamps: 1:00 Austin: what brought about the creation of the test harness; talk of the R&O, requirements, and more (automating 128 test vectors!!). 2:37 Mark: reflections on the CBRS experience in comparison, AFC being simpler. 3:55 Austin: an expansion on why AFC was simpler than CBRS, and what makes them different, with one aspect that made it more complicated (e.g. power levels). 5:00 Mark: DoD participation, test lab participation. 6:20 Impact of the test harness, simplicity of it, ease and speed of the system in comparison to the SAS experience. 8:00 Austin: on the modular nature, lots of tools and functionality. 9:15 Mark: Lessons learned and how this tool was made to be replicatable and repeatable for future use. Links: https://6ghz.wirelessinnovation.org AFC FAQ: https://groups.wirelessinnovation.org/wg/6-GHz-Cmte-SG/wiki/afc-faq  Join our mailing list:  https://mailchi.mp/wirelessinnovation/email-sign-up   About Baylor University SMART Hub  The Hub for Spectrum Management with Adaptive and Reconfigurable Technology (SMART Hub) is a multi-disciplinary collaborative directed by Baylor University that is working to solve tomorrow’s wireless spectrum issues today. SMART Hub’s researchers, engineers, and economic and policy experts are developing next-generation technologies and techniques for unprecedented spectrum agility to enable a revolution in how the world uses the wireless spectrum. For more information, visit SMART Hub’s website at https://spectrumsmart.org. Visit https://www.WirelessInnovation.org to learn more or email info@wirelessinnovation.org to get involved today!

    11 min

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Welcome to the podcast dedicated to advanced radio technologies standards development, hosted by the Wireless Innovation Forum. Features interviews with industry leaders, current news and Forum project updates.