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Herczfeld, Peter - Center for Microwave/Lightwave Engineering & Electrical and Computer Engineering Department, Drexel University
Fundamental Mode-Locking of a Composite-Cavity Electro-optic Microchip Laser for Microwave Photonics
JQE_modelock_instability 1 Modelocking and multimode instability in laser
PAPER IDENTIFICATION NUMBER 1 Dynamics of an electro-optically tunable
>TMTT Manuscript 2959 1 Coherent Optical Vector Modulation for Fiber
Direct QAM modulation of microwave subcarrier using electro-optically tunable microchip lasers
Dynamics inside a tunable microchip laser Y. Li, S. M. Goldwasser
Optically generated dynamically tunable, low noise millimeter wave signals using microchip solid state lasers.
Generation of MSK Modulated Millimeter Wave Subcarrier for Radio Over Fiber Applications
A Mode-Locked Microchip Laser Optical Transmitter for Fiber Radio Amarildo J. C. Vieira
Rapidly tunable millimeter-wave Optical transmitter for Lidar-Radar Y. Li, A. J. C. Vieira+
Fiber Radio Using a Mode-Locked Microchip Optical Transmitter --System Considerations and Performance Evaluation
Microwave Generation by Regenerative Mode-Locking of a Nd:YVO4/MgO:LiNbO3 Microchip Laser
A High Capacity Hybrid Fiberoptic/Wireless Communication System: An Overview W. D. Jemison1
Coherent, Phase Modulated (PM) Fiber-optic Link Design Yifei Li*, W. Jemison+, P. Herczfeld*, and A. Rosen*
Receiver for a coherent fiber-optic link with high dynamic range and low noise figure
