| Title | Author | Pages |
|---|
| Introduction to the Engineering Research Visioning Alliance (ERVA) an NSF Partnership | Dorota A. Grejner-Brzezinska | 1 - 17 |
| The Future of Industrial Atomic Clocks | David R. Scherer | 18 - 42 |
| Low-noise Microwave Oscillators using Integrated Lasers and Ultra-high-Q Microresonators | John E. Bowers, Chao Xiang, Warren Jin, Lin Chang, Bohan Li, Lue Wu, Heming Wang, Boqiang Shen, Kerry J. Vahala | 43 - 44 |
| Signal Generation in a Low-SWaP Atomic Clock Ensemble | Christopher Flood, William Watkins, Penina Axelrad | 45 - 57 |
| A GPS Spacecraft Atomic Clock Flight Simulation and Test Station Revisited | Gabe H. Iyanu, He Wang, Zachary Warren, Michael Huang, and James C. Camparo | 58 - 66 |
| Development of a Next-Generation Compact Pulsed Optically Pumped Rubidium Atomic Frequency Standard (POPRAFS) | Daniel J. Clark, Jaroslaw Zacharski, Thomas McClelland | 67 - 79 |
| Measuring Multipole Moments of the CPT Density Matrix Under Optical Field Polarization-Modulation Conditions | Zachary Warren and James Camparo | 80 - 86 |
| Numerical Simulation of Clock Error, Given Allan Variance | Thomas J. Blenk Jr. | 87 - 95 |
| Photographic and Spectroscopic Measurements of the Hg Mass and its Oxide Coatings in Low Pressure, RF-Excited Discharge Lamps | Charles Klimcak, Arielle Little, Kaitlin Fundell, and James Camparo | 96 - 107 |
| Uncertainty Analysis of Interpolation Prediction for the Blind Period: Using the Portable Clock Measurement as an Example | Wen-Hung Tseng and Shinn-Yan Lin | 108 - 118 |
| Enhancement of On-Board GNSS Timing Integrity by Operating with Multiple Atomic Frequency Standards | Nicholas F. Quackenbush, John P. Janis, Michael R. Jones | 119 - 136 |
| Machine Learning based Characterization of GPS Satellite Oscillator Anomaly | Yunxiang Liu, Y.T. Jade Morton | 137 - 145 |
| Comparison of GPS Frequency-Transfer Performance between JPL’s GIPSY PPP and BIPM’s IPPP | Daphna G. Enzer and David W. Murphy | 146 - 157 |
| COMPASSO: In-orbit Verification of Optical Key Technologies for Future GNSS | Tobias D. Schmidt, Stefan Schlüter, Thilo Schuldt, Martin Gohlke, Ramon Mata Calvo, Daniel Lüdtke, Matthias Dauth, Matthias Lezius, Christian Michaelis, Andrej Brzoska, Christian Steimle | 158 - 182 |
| Compensated Fiber Optic Frequency Distribution Equipment George Conway and Bruce Nyman Linear Photonics | George Conway Bruce Nyman | 183 - 187 |
| Exploring the Technical Limits of GNSS-based Frequency Transfer | Thomas Krawinkel, Ahmed Elmaghraby, Steffen Schön | 188 - 198 |
| Galileo System Status | Jörg Hahn | 199 - 215 |
| GNSS Timescales Monitoring and Assessment at ESA-ESTEC | G. Galluzzo, P. Waller, J. Hahn, C. Plantard, D. Ibañez, S. Circiu, C. García, F.J. Sobrero, D. Jiménez, E. López, A. Lobit, D. Del Valle | 216 - 234 |
| National Infrastructure for Dissemination of Precise Time and Coherent Ultra-stable Op-tical Frequency - CITAF | Josef Vojtech, Vladimir Smotlacha, Ondrej Havlis, Martin Slapak, Lada Altmannova, Jan Kundrat, Sarbojeet Bhowmick, Rudolf Vohnout, Radek Velc, Petr Pospisil, Martin Cizek, Jan Hrabina, Simon Rerucha, Lenka Pravdova, Josef Lazar, Ondrej Cip, Alexander Kuna, Jaroslav Roztocil | 235 - 242 |
| Increasing the Resilience of a UTC Realization by Steering Multiple Ensembles | Jeffrey Zhu and Michael J. Coleman | 243 - 258 |
| Perspectives on the Systematic (type B) Uncertainties of UTC-UTC(k) | Demetrios Matsakis | 259 - 270 |
| The NRL-USNO Time-Transfer Testbed | Christine Hackman and Kenneth L. Senior | 271 - 280 |
| Best Sync Practices & Architecture Strategies for Secure, Resilient PNT in Smart Grids | Nino De Falcis | 281 - 298 |
| Client and Server Considerations when using the Network Time Protocol (NTP) | Steven Sommars | 299 - 322 |
| Machine Learning-based Adaptive Clock Synchronization Technique for Ground-based Navigation System | Xinyang Zhao and Bocheng Zhu | 323 - 335 |
| Pulsed Optical Timing Distribution System with Subps Accuracy for Applications in Geodesy | Pablo N. Dominguez, Tobias D. Schmidt, Ross Boland, Richard Zeltner, Ronald Holzwarth, Thomas Klügel, Jan Kodet, Ulrich Schreiber | 336 - 345 |
| Resilient, Trustworthy, Ubiquitous Time Transfer using DTM and NTP | Ricardo Píriz, Esteban Garbin, Raúl Nieto, Magnus Danielson, Javier González, Dirk Piester, Andreas Bauch, Kristof Teichel, Gianluca Caparra, Roberto Prieto-Cerdeira | 346 - 357 |
| Updates on UTC(NRC) Generation and Dissemination | Bin Jian, Scott Beattie, André Charbonneau, and Marina Gertsvolf | 358 - 374 |
