| Title | Author | Pages |
|---|
| Activities at the Bureau of Standards Jamaica: Developing a Time Monitoring and Synchronization Service | Terrence Jones, Demetrios N. Matsakis, and Andrew N. Novick | 1 - 11 |
| Assessing Radiation Impact on Chip-Scale Atomic Clocks (CSAC) and Rubidium Clocks | Will Krzewick, John Bollettiero, Christopher Higgins, Jason Hufnagel, and Jason Branch | 12 - 20 |
| Evaluating the Allan Variance in the Presence of On-Orbit GPS III Phase Steps Modeled by a Compound Poisson Process | Travis Driskell and Julia Spillane | 21 - 30 |
| Investigation of NANOGrav 15-Year Pulsar Dataset as Natural Oscillators for Space Missions | Vednarayan S. Iyer and Thejesh N. Bandi | 31 - 37 |
| Development and Performance of the Timing Unit Rubidium Oscillator (TURbO) as a Compact, High Performance Atomic Clock for Dynamic Environments | Christopher Varuolo, Huascar Ascarrunz, Jordan M. Jones, Justin Lanfranchi, and Thomas McClelland | 38 - 48 |
| GPS Clock Products for NGS | Jian Yao, Rick Bennett, and Andria Bilich | 49 - 53 |
| Optimal Oscillator Modelling for GNSS-Disciplined Clock Holdover | Demetrios N. Matsakis and Mathew Slavney | 54 - 70 |
| Characterization of Two-way Time and Frequency Transfer for Free-space Optical Links Using a Scintillation Playback System | Mike S. Ferraro and Jake Griffiths | 71 - 82 |
| White Rabbit Based National Infrastructure for Time and Frequency Distribution | Josef Vojtech, Vladimir Smotlacha, and Michal Spacek | 83 - 88 |
| Predicting White Rabbit Time Synchronization Error on DC-QNet Using Statistical Machine Learning Methods | Brett Martin, Douglas Hodson, Michael Grimaila, Torrey Wagner, Wayne McKenzie, and Anne-Marie Richards | 89 - 107 |
| Evaluation of L5 Band GNSS for Use in Time-Transfer | Ben Pera and Andrew Novick | 108 - 117 |
| On-Orbit GNSS SV Time Management: Automated Time Projection and Control | Travis Driskell | 118 - 125 |
| Relativity in Communication-Based Time Transfer and Ranging | David Rosser | 126 - 139 |
| Convergence and Accuracy Assessment for Simultaneous Range Measurement and Clock Synchronization in Transceiver-Based Mutual One-Way Range Exchange Scheme | Junichiro Kawaguchi and Shingo Nishimoto | 140 - 146 |
| Performance Characterization of a GNSS RAFS Ensemble Timekeeping System | He Wang and Gabe Iyanu | 147 - 161 |
