2020 Conference

Day 1

Day 1

09.54 - Chairmans Opening Remarks

10.00 - Improving Time Accuracy of Servers Across the Facebook Fleet

10.15 - A Method for Validation of Time Synchronization in Automotive Ethernet Networks

10.30 - Deploying Phase Synchronisation – When Strategy met Reality

10.45 - Evaluation of GNSS Time Synchronization Accuracy in Vehicles Required by C-V2X

11.50 - Reliable Synchronization for 5G

12.05 - Synchronization and Positioning: 5G Critical Functions Supporting Various Applications

12.20 - GNSS for Timing Sync in Telecom

13.30 - Time Sync in the Automotive Industry

13.45 - How to Design a PTP Grandmaster for Automotive

14.00 - Timing Requirements in Broadcast Applications - the Reasoning Behind AES67 & SMPTE ST 2059 PTP Profiles

14.15 -5G Time Sync Support over Cable Networks

15.05 - Timing Changes in the Evolving 5G Network

15.20 - Time Sync Existing Mobile Networks to be Ready for 5G and Time Sensitive Application

15.35 - Micropositioning Signals as Augmentation of GNSS for PNT for Autonomous Vehicles

15.50 - Real Measurements of 5G New Radio Sync

Day 2

Day 2

10.00 - High-Accuracy Synchronization Technology toward Next Generation Clock Networks

10.15 - PRTC-B Using Multi-Band GNSS in ITU-T Standards with Initial Results

10.30 - Hardening Accurate Timing Receivers Against Low-cost 1PPS Spoofing

10.45 - Worst Case Scenarios - and how to avoid them

11.10 - Trust or Check Synchronization Monitoring in OPL

11.35 - Update on the Galileo Platform

11.50 - Reliable GNSS Timing Source for Critical Networks: Enhanced Solution

12.05 - A Novel Optical Timing System for Space Telescopes

12.20 - RedSync - How to Make PTP Bullet Proof

13.30 - Cost-effective, Accurate and Scalable Mobile Network Synchronization and Monitoring

13.45 - Novel GNSS PPP Disciplined Oscillator

14.00 - Accessing UTC from New Mass-market GNSS Receivers

14.15 - GNSS System Outages and Their Effect on Timing

14.40 - Network Timing with DOCSIS for Mobile Backhaul

15.05 - Precise Synchronization of Geographically Separate GNSS Dependant Time Providers

15.20 - Assured Time as a Service

15.35 - Adapting NTS to PTP

15.50 - IEEE1588 v2.1 New Security Mechanism

Day 3

Day 3

10.00 - 5G oll-out in Norway with all new IP network

10.15 - The Challenges of Phase Sync Deployment

10.30 - Field Results of Over the Air Time Alignment Measurements

10.45 - Timing & Sync Challenges in Cloud Based RAN Implementations(vRAN).

11.50 - Full Timing Support in a Real Network Deployment

12.05 - Future Industrial Automation Evolution : New Time Synchronization Challenges

12.20 - 100ns Accuracy at Cell Sites Over Commercial WDM Networks

13.30 - Galileo Timing and Synchronisation Applications

13.45 - An Architecture to Stamp Asynchronously the Time of the Day with 1 ps Accuracy.

14.00 - Traceable Secure Timing to IEC61850 Digital Substations

14.15 - Monitoring a Timing Network

15.05 - Resilient Synchronization in Wide Area networks

15.30 - Getting in Sync with Open Source

15.50 - Class D - Can we achieve it?

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