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84篇 您的检索式：作者名="Andrekson"

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	题名	作者	年代	出处	被引量
1	O-TDM demultiplexer with 40dB gain based on a fiber optical parametric amplifier 显示文摘	HANSRYD J ANDREKSON P A	2001	IEEE Photon Technol Lett2001，13，7：	2
2	Soliton stability in optical fibers with polarization-mode dispersion显示文摘	Karlsson M Andrekson P	1998	IEEE Photon Technol Lett1998，10，3：	1
3	Fiber based optical parametric amplifiers and their applications 显示文摘	HANSRYD J ANDREKSON P A WESTLUND M	2002	Journal of Selected Topics in Quantum Electronics2002，8，3：	1
4	Robustness of dispersion-managed solitons to the polarization-mode dispersion in optical fibers显示文摘	Karlsson M Andrekson P	2001	IEEE Photon Technol Lett2001，13，2：	1
5	High-Perfor- mance Optical-Fiber-Nonlinearity-Based Optical Waveform Monitoring 显示文摘	WESTLUND M ANDREKSON A SUNNERUD H	2005	IEEE Journal of Lightwave Technology2005，23，6：	1
6	Analytical theory for PMD compensation显示文摘	Sunnerud H Karlaaon M Andrekson P A	2000	IEEE Photon Technol Lett2000，12，1：	1
7	High-performance optical-fiber-nonlinearity-based optical waveform monitoring显示文摘	WESTLUND M ANDREKSON P A SUNNERUD H	2005	J Lightwave Technol2005，23，6：	1
8	Electrical noise measurement on laser diodes for monitoring of optical feedback and mode hopping 显示文摘	ANDREKSON P A ANDERSSON P ALPING A	1986	Electron Lett1986，22，：	1
9	Picosecond optical sampling using four-wave mixing in fibre显示文摘	ANDREKSON P A	1991	Electronics Letters1991，27，16：	1
10	Exploiting the Faster-Than-Nyquist Concept in Wavelength-Division Multiplexing Systems Using Duobinary Shaping显示文摘This paper begins with Nyquist wavelength-division multiplexing (WDM) and then introduces faster-than-Nyquist. In faster-than-Nyquist, a certain amount of inter-symbol interference (ISI) is accepted, which violates the fundamental principle of Nyquist WDM. This results in much-relaxed transceiver bandwidth and simpler spectral design. However, in faster-than-Nyquist, implementation complexity is shifted from the transmitter side to the receiver side. Therefore, successful application of faster-than-Nyquist depends on innovation in the receiver structure. In this paper, we discuss the guidelines for implementing suboptimum, low-complexity receivers based on faster-than-Nyquist. We suggest that duobinary shaping is a good technique for trading off achievable spectral efficiency, detection performance, and implementation complexity and might be preferable to Nyquist WDM. Experiments are conducted to verify robustness of the proposed technique.	Ekawit Tipsuwannakul Magnus Karlsson Peter A. Andrekson	2012	ZTE Communications2012，10，1：	1
11	Robust of Dispersion-managed Solitons to the Poiarization-modeDispersion in Optical Fibers显示文摘	XIE C KARLSSON M ANDREKSON P A	2001	IEEE Photo Technol Lett2001，13，2：	1
12	Fiber -based optical parametric amplifiers and their applications 显示文摘	Hansryd J Andrekson P A Westlund M	2002	1EEE J Sel Top Quantum Electron2002，8，3：	1
13	Fiber-based optical parametric amplifiers and their applications显示文摘	Hansryd J Andrekson P A Westlund M	2002	IEEE Jouranl of Selected in Quantum Electronics2002，8，3：	1
14	Fiber based on optical parametric amplifiers and their applications显示文摘	HANSRYD J ANDREKSON P A WESTUND M		0，，03：	1
15	16Gbit/s all-optical demultiplexing using four-wave mixing显示文摘	ANDREKSON P A OLSSON N A SOMPSON J R	1991	Electron Lett1991，27，4：	1
16	High-per-formance optical fiber nonlinearity based optical waveform moni-toring显示文摘	Westlund M Andrekson P A Sunnerud H	2005	IEEE Journal of Lightwave Technology2005，23，6：	1
17	Soliton stability in optical fibers with polarization-mode dispersion显示文摘	Zhang X Karlsson M Andrekson P A	1998	IEEE Photo Technol Lett1998，10，3：	1
18	Robust of dispersion-damaged solitons to the polarization-mode dispersion in optical fibers显示文摘	Xie C Karlsson M Andrekson P A	2001	IEEE Photo Technol Lett2001，13，2：	1
19	Software-synchronized all-optical sampling for fibercommunication systems 显示文摘	Westlund M Sunnerud H Andrekson P A	2005	IEEE Journal of Lightwave Technology2005，23，3：	1
20	Influences of polarization-mode dispersion on soliton transmission systems显示文摘	Xie C Karlsson M Andrekson P A	2002	IEEE J Sel Topics Quantum Electron2002，8，3：	1

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