2021 Presentations
- Opening Keynote Day 1: A Journey Towards 5G
- Keynote: Insight into Time-Sensitive Networking and Its Applications
- Network Synchronization Challenges in 5G
- Synchronization for Fronthaul and ORAN Timing Architectures
- Microchip Technology Presentation
- Full Timing Support in a Telecom Network
- Telecom Deployments for 5G/4G Interop Using ITU Partial and Full Timing Support PTP Profiles
- Providing 5G-Quality Synchronization with Optical Timing Channel-Enabled vPRTC in Real-World Networks
- Jamming and Spoofing Mitigation Best Practices and Strategies
- End to End Resilient Timing Architecture – Digital Substation with Process Bus
- Challenges to Updating Timing In The Power Grid
- Collaborative Clocks
- Synchronization and Positioning: Key Functions in 5G
- Location, Location: An Examination of Ultra Precise Positioning – A 5G PNT Implementation for Smart Cities
- Opening Keynote Day 2 – Deep Space Atomic Clock: A Technology Demonstration Mission
- Extreme Sensitivity Indoor GPS Providing High Accuracy Time
- Wall Street Clock
- Resilient, High Accuracy Time Synchronization for Financial Industry Data Centers
- Precise Time Synchronization Over Interconnected Data Centers
- Using Traceable Time to Create Trust in Data
- Meinberg Technology Presentation
- Test Strategy for eSYNC with Extended ESMC
- Architecture to Sample Asynchronously the TOD with 1ps Accuracy
- 5G Over Cable Networks
- Oscilloquartz Technology Presentation
- Real Measurements of 5GNR Sync
- Accuracy Measurement of GNSS Driven PPS Signals Across Different Geographical Locations
- Monitoring and Analysis of SMPTE ST 2059-2 PTP Networks & Media Devices
- Opening Keynote Day 3: A Resilient National Timing Architecture
- The Effects of GPS Interference and Jamming on GPS Timing Receivers
- GNSS Timing: New Technical Standards and Documents
- Advanced Monitoring and Troubleshooting of Large Scale GNSS Antennas Installation
- Epson Technology Presentation
- Keynote Address: GNSS-Independent Sources of Coordinated Universal Time
- Satelles Alternative PNT
- Resilient Terrestrial Timing Network Using Two Way Time Transfer
- Expecting and Detecting Compromise in Clock
- Publication of the Network Time Security Specification
- Extending Network Time Security for PTP
- Modeling Oscillators and Simulation Results
- The NIST Special Calibration Test, Preliminary Results and Future Plans
- ePRTC and Optical Cesium, Beyond the Limits
- Getting Sync with Open Source
- Taitien Technology Presentation