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An Experimental Method for Determination of Polarization State at a Remote Device via Measuring the Back Reflected Light
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Veröffentlicht/Copyright:
1. Juni 1996
Published Online: 1996-06
©2011 by Walter de Gruyter GmbH & Co.
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Artikel in diesem Heft
- Editorial
- Frequency Spectra in an Optical CPFSK Heterodyne Delay Demodulating Receiver using Manchester Coding
- Comparison of Gain Equalizations Strategies for Erbium-doped Fiber Amplifier Chains
- Design of OFDM Systems at High Power Levels
- Performance of Reed-Solomon Codes in Multichannel CPFSK Coherent Optical Communications
- Distribution of a Common Reference Line for Transmitter Laser Frequency Stabilization in OFDM Broadband Communication Systems
- Bidirectional Active Bus and its Applications in Fiber Networks
- Soliton-Supported NRZ-Intercity Communication Systems over Standard Single-mode Fiber
- Specify Various Derivates of Output Powers with respect to Bias Current of Semiconductor Lasers
- An Experimental Method for Determination of Polarization State at a Remote Device via Measuring the Back Reflected Light
- News
Artikel in diesem Heft
- Editorial
- Frequency Spectra in an Optical CPFSK Heterodyne Delay Demodulating Receiver using Manchester Coding
- Comparison of Gain Equalizations Strategies for Erbium-doped Fiber Amplifier Chains
- Design of OFDM Systems at High Power Levels
- Performance of Reed-Solomon Codes in Multichannel CPFSK Coherent Optical Communications
- Distribution of a Common Reference Line for Transmitter Laser Frequency Stabilization in OFDM Broadband Communication Systems
- Bidirectional Active Bus and its Applications in Fiber Networks
- Soliton-Supported NRZ-Intercity Communication Systems over Standard Single-mode Fiber
- Specify Various Derivates of Output Powers with respect to Bias Current of Semiconductor Lasers
- An Experimental Method for Determination of Polarization State at a Remote Device via Measuring the Back Reflected Light
- News