To promote future collaboration, meeting participants performing measurements in this band were asked to provide a brief overview of the types and locations of measurements they have accomplished and have planned. This presentation provided a high level overview of our measurement methods, data post-processing, and subsequent data analysis. We discussed the motivation behind this workshop series and provided a brief overview of the 3.5 GHz measurements that ITS conducted in Denver, CO and San Diego, CA. ITS hosted a series of four Webinars which included a kick-off meeting, a system architecture meeting, a propagation modelling meeting, and an uncertainty/current best practices meeting. The objective of these initial virtual meetings was to bring together researchers from government, academia, and industry to discuss key requirements for measurement system design and validation. This is a new research question and no standardized best practices exist for this type of measurement. One important goal of these measurements is to assess the impact of clutter (man-made structures and foliage) on estimates of pathloss for use in aggregate interference models. Objective: Develop draft best practices for propagation measurements to assess the impact of losses caused by clutter on estimates of aggregate interference to incumbent systems in the 3.5 GHz band.Īs the FCC proceeds with rulemaking to open the 3.5 GHz band to sharing, a number of organizations have begun executing propagation loss measurements in the band. Hosted by the Institute for Telecommunication Sciences. Propagation Measurement Workshops (Webinars) Propagation Measurement Workshops (Webinars) Institute for Telecommunication Sciences / Research Topics / Workshops /
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