Mike S. Ferraro

United States Naval Research Laboratory — United States

Engineering · Physical Sciences

17h-index950citations107works0.52yr avg
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Research Topics

Optical Wireless Communication Technologies(62), Advanced Optical Sensing Technologies(27), Semiconductor Lasers and Optical Devices(20), Photonic and Optical Devices(16), Adaptive optics and wavefront sensing(14)

Publications107 total

Angular dependence of optical beams in the marine atmospheric surface layer
2026
Low noise, large area avalanche photodiode arrays for combined data reception and position sensing
2026
10 Gbps large area, low noise avalanche photodiodes for free space optical communication
2026
Pointing, acquisition, and tracking capabilities of the NRL-SDA optical interoperability testbed
2026
Pupil plane imaging and power spectra analysis of deep turbulence
2026
Space Development Agency burst-mode waveform optimized receiver
Optical Engineering·2026
White Rabbit time synchronization and data transfer for atmospheric free-space optical links
Optical Engineering·2026Open Access
Angular dependence of low divergence optical beams propagated in the marine atmospheric surface layer
Applied Optics·2025
An SDA burst-mode waveform optimized receiver
2025
An integrated coherent optical combiner
2025
Characterization of an avalanche photodiode–based optical-electrical-optical receiver architecture with the Space Development Agency optical communication terminal reference modem
Optical Engineering·2025
Approximation of wave optics calculation of scintillation in horizontal and slant path free space optical links
2025
Characterization of Two-way Time and Frequency Transfer for Free-space Optical Links Using a Scintillation Playback System
Proceedings of the ... annual Precise Time and Time Interval (PTTI) Systems and Applications Meeting/Proceedings of a meeting - Precise Time and Time Interval (PTTI) Systems and Applications Meeting·2025
2.5G large area avalanche photodiodes for free space optical communication
2025· 2 cited
Power spectral density characteristics through turbulent atmosphere
2025
Using numerical weather prediction to forecast optical turbulence
2025
Characterization of an APD-based OEO receiver architecture with the NRL SDA OCT reference modem
2025· 1 cited
Simultaneous high bandwidth data reception and irradiance variance monitoring for free space optical links
2024· 2 cited
Approximation of wave optics calculation of scintillation in horizontal free space optical links
2024· 2 cited
Characterization of fiber-coupled, 125um InAlAs/InGaAs APDs for free space optics communications
2024
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Frequent Co-authors

William S. Rabinovich(42), Rita Mahon(40), James L. Murphy(25), Christopher I. Moore(24), Peter G. Goetz(21), H. R. Burris(17), Michele R. Suite(13), L. Thomas(11), Wade T. Freeman(9), William R. Clark(9), William D. Waters(9), G. C. Gilbreath(8), Michael J. Vilcheck(6), Todd H. Stievater(5), W. S. Rabinovich(5), Marcel W. Pruessner(4), Jennifer L. Stepnowski(4), W. R. Smith(3), Kurt Hacker(3), K. Vaccaro(3)