Maximum achievable efficiencies for pulse position modulation in optical communication systems

Mikhail A. Khodasevich; George V. Sinitsyn; Anatoly S. Yasukevich

doi:10.1117/12.464487

1 April 2002 Maximum achievable efficiencies for pulse position modulation in optical communication systems

Mikhail A. Khodasevich, George V. Sinitsyn, Anatoly S. Yasukevich

Proceedings Volume 4750, ICONO 2001: Quantum and Atomic Optics, High-Precision Measurements in Optics, and Optical Information Processing, Transmission, and Storage; (2002) https://doi.org/10.1117/12.464487
Event: XVII International Conference on Coherent and Nonlinear Optics (ICONO 2001), 2001, Minsk, Belarus

Abstract

The maximum achievable characteristics of optical communication systems with different kinds of pulse position modulation have been investigated within the framework of the number-state model. It is shown that the ultimate efficiency in optical systems with ordinary pulse position modulation is determined by the ratio of the number of photons in the signal chip to the number of chips in the signal frame. Maximum achievable efficiencies of all considered methods is compared also. The companions shows that at great values of modulation format the ultimate efficiency of pulse position modulation is higher than that of the multipulse modulation. Overlapping pulse position modulation is shown to be the most favorable one for communication channels. The application of additional encoding to such systems allows to achieve the highest power efficiency of information transmission in optical communication channels.

Citation Download Citation

Mikhail A. Khodasevich, George V. Sinitsyn, and Anatoly S. Yasukevich "Maximum achievable efficiencies for pulse position modulation in optical communication systems", Proc. SPIE 4750, ICONO 2001: Quantum and Atomic Optics, High-Precision Measurements in Optics, and Optical Information Processing, Transmission, and Storage, (1 April 2002); https://doi.org/10.1117/12.464487

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KEYWORDS

Modulation

Telecommunications

Optical communications

Quantum efficiency

Systems modeling

Analog electronics

Computer programming

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