Day 1
Day 2
Day 3
Day 1
-
PTP at Facebook - 10.00 – Improving Time Accuracy of Servers Across the Facebook Fleet
- Future Time and Frequency-Technologies for Defence-DSTL
- Time Synchronization using PTP Application in Power System Authentication and Security Options
- Eurosport – Broadcast IP and SMPTE Transition Moving On-time
- The Importance of Time in Digitalization of Power Network
- Time Sync for the Smart Grid to Work
- Application of PTP for Power Utility Automation over Parallel Redundancy Protocol PRP Networks.
- Clocking the Cloud – Timing in Datacenters (1)
- Accurate Timing for IoT Applications Everywhere
Session 2
- Implementing and Monitoring Layer 23 PTP
- Implementation of Reliable Synchronization for 5G
- Key Enablers for Migration to Timing Cloud Synchro nization Distribution in Optical Transport Networks
- Synchronization for Fronthaul and ORAN Timing Architectures
- Time Accuracy With COTS Network Adapter
- Maintaining Precise Time in a Diverse Financial Trading Environment
- Flexibility – a Timely Requirement and a Synchronised Headache for the Power Industry
- High Accuracy Optical Boundary Clocks
- Validating 5G ORAN Fronthaul O-RU Synchronization
- Highaccuracy GPSGNSSindependent Time Sync for 5G and Critical Networks (1)
Day 2
- Critical Timing in Robotics
- Why Time Does Not Matter in the Financial Industry (1)
- Time for Financial Services
- Getting RAN in Sync with COTS HW Open Source Software
- Specifying Holdover for OCP-TAP Oscillator Classes in Data Centers
- System Level Synchronisation Reference Compensation for Extending Time Holdover
- PTP for Broadcast DVB-T2
- Testing Scalability of Data Center Timing Services
- Making it Work Synchronization Testing Across Industries
- Sync for 5G Leading to Sync as a Service
- Time Card – Democratize Time Appliances
- Resilient and Secure Timing Architecture with Diverse Multiple Inputs
- The Value of Physical Layer Clocking for Partial Timing Support
- A Comparison of DTM and Chrony Over a Home Internet Link
- A New Hardware Agnostic Software Open-source Approach to Time Synchronisation for Edge-computing
- Timing Convergence in Power Utilities
- High Accuracy Time Distribution in Telecom Why and Where
- PTP Best Practices for the Broadcast and Professional Media Industries
- Multi-vendor PTP Monitoring
Day 3
- Time and Frequency Dissemination to Support Innovation
- eLoran – Here to Stay or Gone Away
- Galileo Status and its Capability for Time Service
- High-Accuracy Optical Frequency Transfer over WDM Networks
- Resilience for Timing Synchronisation Networks
- An Assessment of the Resilience of Multi-Constellation Multi-Frequency MCMF GNSS Receivers to Radio Frequency Interference RFI
- GNSS Timing Threats and Countermeasures
- Turning the Tables on the Spoofers – Self-spoofing Systems Supplying Secure Signals to Augment Existing PNT Receivers
- Options for Cryptographic Protection of PTP
- Why do the Critical Infrastructures of Industry 4.0 Misunderstand the Modern Cybersecurity Paradigm of Synchronization
- Assured PNT Best Practices Strategies
- A Resilient National Timing Architecture
- Position Navigation and Timing for National Security
- Evaluation of Protection of Clock Performance Against Jamming and Spoofing with Galileo Authenticated Service OS-NMA
- GNSS Threats and Fallback Options
- Time Error Estimation When UTC Time Traceability is Lost