0000-0003-1988-3205 About
Dr Clark is a Royal Academy of Engineering Senior Research Fellow with the Optical Networks Group (ONG) UCL, having been awarded a 5-year Research Fellowship with the Royal Academy of Engineering in 2022. His fellowship research is to explore methods of optical clock synchronisation to achieve sub-nanosecond clock synchronisation accuracy in 6G radio access networks. Further information about Dr Clark’s fellowship can be found here. His doctoral research focussed on using central optical clock synchronization and clock phase caching to achieve sub-nanosecond clock and data recovery times in optically switched data centre networks.
Employment
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University College London Royal Academy of Engineering Senior Research Fellow2023 - 2027
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University College London Royal Academy of Engineering Research Fellow2022 - 2023
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University College London Research Fellow2021 - 2022
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University College London Research Assistant2020 - 2021
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University College London Postgraduate Teaching Assistant2017 - 2020
Education
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University College London Doctor of Philosophy in Optical Communications2014 - 2021
Projects & Funding
Projects & funding information is unavailable.
Publications (16)
- Clock synchronizing radio access networks to picosecond precision using optical clock distribution and clock phase caching Save
- Communications with guaranteed bandwidth and low latency using frequency-referenced multiplexing Save
- Low-latency wavelength-switched clock-synchronized intra-data center interconnects enabled by hollow core fiber Save
- Communications with Guaranteed Low Latency and Bandwidth using Frequency Referenced Multiplexing Save
- Clock Synchronized Transmission of 51.2 GBd Optical Packets for Optically Switched Data Center Interconnects Save
- Data supporting the paper "Modeling performance of the clock phase caching approach to clock and data recovery" Save
- Data supporting the paper "Synchronous subnanosecond clock and data recovery for optically switched data centres using clock phase caching" Save
- Modeling Performance of the Clock Phase Caching Approach to Clock and Data Recovery Save
- Clock and Data Recovery-Free Data Communications Enabled by Multi-Core Fiber with Low Thermal Sensitivity of Skew Save
- Low Thermal Sensitivity Hollow Core Fiber for Optically-Switched Data Centers Save