Innovation, Verticals, and Beams: Importance of Time-Domain Mastery for 5G-and-Beyond

Authors

  • Colby Harper Pathfinder Wireless, USA
  • Brian Deutsch Pivotal Commware, USA

DOI:

https://doi.org/10.13052/jicts2245–800X.727

Keywords:

5G, time domain, advanced inter-node coordination, synchronization, innovation, change forecasting, vertical industry applications, beam-forming, spatial domain, beam management, frequency domain, hybrid logical/physical clock, low-latency communications, critical communications, time-sensitive communications, coherent beam-forming, time-series analysis and prediction, computational intelligence, closed loop control, streaming analytics, anomaly detection, network management, FCAPS, intercell interference, interference management, network densification, CoMP, SON, communications standards, cross-operator administration, 3GPP, O-RAN, 5G-ACIA, 5GAA, ATIS, ITU, IEEE, mmWave propagation, URLLC, Industrial Internet of Things, NR-IIoT, Integrated Access and Backhaul, IAB, mobile fronthaul

Abstract

Mastery of the time domain is essential to achieving 5G-and-beyond innovations and effective beam control and management processes, as well as serving the needs of different industry verticals.

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Author Biographies

Colby Harper, Pathfinder Wireless, USA

Colby Harper, CEO, Pathfinder Wireless. Colby has led strategic wireless innovation, early and late-stage R&D, and operations since the 2G era, including hands-on design of novel high-performance synchronization and advanced wireless systems. A specialist in adaptive real-time control of complex systems, Colby has served as a founding member of international standards organizations and initiatives and contributed to telecommunications policy legislation. He is a GSMA Vendor Technical Partner, AAAI member, and active in SDO’s including 3GPP, IEEE, O-RAN, and WInnForum CBRS, with a focus on their intersection with the global wireless R&D ecosystem and spectrum regulatory landscape. He received his BA in Economics and Certificate in International Economics from the University of Washington.

Brian Deutsch, Pivotal Commware, USA

Brian Deutsch, CEO, Pivotal Commware. Brian was the founding CEO of Wavtrace, a broadband wireless equipment provider acquired by Harris Corporation (HRS) in 2000. More recently, he served as turnaround CEO at ApertoNetworks and EVP at BSQUARE (BSQR). Brian spent six years with Motorola, worked for NASA at Kennedy Space Center, was a finalist for Inc. magazine’s “Entrepreneur of the Year,” and has been awarded many U.S. patents. Brian has both actively contributed to and led industry and teams in emerging wireless standards efforts since the 2G era, including most recently 3GPP and O-RAN oriented teams. He received his BS in Electrical Engineering from the University of Miami.

References

Innovation, Verticals, and Beams: Importance of Time-Domain Mastery for 5G-and-Beyond

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Published

2019-05-25

How to Cite

Harper, C. ., & Deutsch, B. . (2019). Innovation, Verticals, and Beams: Importance of Time-Domain Mastery for 5G-and-Beyond. Journal of ICT Standardization, 7(2), 171–184. https://doi.org/10.13052/jicts2245–800X.727

Issue

2019: Vol 7 Iss 2

Section

Articles