Performance Evaluation of Correlation Properties of Quasi Orthogonal Prime Codes for Optical CDMA Communication
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Deepak Kedia
Abstract
Optical code division multiple access (OCDMA) is one of the promising technologies to be implemented using all-optical networks. The performance of OCDMA system is largely dependent on the particular codes used for encoding. A proper choice of code family as well as code dimension is of prime importance due to various transmitter and receiver design considerations. This paper mainly aims at evaluation of desirable characteristics of various spreading codes based on the prime sequences. An extensive effort has been done in this paper to evaluate the correlation characteristics of various types of one-dimensional (1-D), 2-D and 3-D prime codes for OCDMA communication system. The detailed mathematical modelling has also been explained. It is observed that an addition in coding dimension leads to significant improvement in the code characteristics.
References
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© 2020 Walter de Gruyter GmbH, Berlin/Boston
Artikel in diesem Heft
- Frontmatter
- Devices
- Investigation of Optical Microring Resonator Based on Surface Plasmon Polariton
- A High Finesse Serial Coupled Microresonator Filter
- Investigations with All-Optical Binary to Gray Code Converter at 50 Gbps Data Rate
- A Novel Architecture of N × N Bidirectional Reconfigurable Multiwavelength Optical Cross Connect
- Fibers
- Optical Soliton Compression in Dispersion Decreasing Fibers with Relaxing Kerr Effect
- Integrated optics
- Slow Light Investigation on Power Consumption of Lithium Niobate Phc Switch Based on Linear Electro-Optic Effect
- Lasers
- Performance Analysis of Visible Light Communication Based on 16-QAM Companded OFDM Using Laser Diode
- Networks
- Transmission Performance and Cost Analysis of Multi-Carrier-based Wavelength Division Multiplexed Passive Optical Access Network
- Investigation of Performance Affecting Parameters on Hybrid Passive Optical Networks
- Systems
- Transmission Performance of 112 Gb/s POLMUX QPSK Signal in OOK/DPSK WDM System
- A Cost-Effective High-Speed Radio over Fibre System for Millimeter Wave Applications
- SMPPM a Modified Optical Wireless Multi-pulse PPM
- Theory
- Mitigation of Atmospheric Turbulences Using Mode Division Multiplexing based on Decision Feedback Equalizer for Free Space Optics
- Performance Evaluation of Correlation Properties of Quasi Orthogonal Prime Codes for Optical CDMA Communication
- Study of the Correction of Effects Chromatic Dispersion and Attenuation to Evaluate the Optical Transmission
Artikel in diesem Heft
- Frontmatter
- Devices
- Investigation of Optical Microring Resonator Based on Surface Plasmon Polariton
- A High Finesse Serial Coupled Microresonator Filter
- Investigations with All-Optical Binary to Gray Code Converter at 50 Gbps Data Rate
- A Novel Architecture of N × N Bidirectional Reconfigurable Multiwavelength Optical Cross Connect
- Fibers
- Optical Soliton Compression in Dispersion Decreasing Fibers with Relaxing Kerr Effect
- Integrated optics
- Slow Light Investigation on Power Consumption of Lithium Niobate Phc Switch Based on Linear Electro-Optic Effect
- Lasers
- Performance Analysis of Visible Light Communication Based on 16-QAM Companded OFDM Using Laser Diode
- Networks
- Transmission Performance and Cost Analysis of Multi-Carrier-based Wavelength Division Multiplexed Passive Optical Access Network
- Investigation of Performance Affecting Parameters on Hybrid Passive Optical Networks
- Systems
- Transmission Performance of 112 Gb/s POLMUX QPSK Signal in OOK/DPSK WDM System
- A Cost-Effective High-Speed Radio over Fibre System for Millimeter Wave Applications
- SMPPM a Modified Optical Wireless Multi-pulse PPM
- Theory
- Mitigation of Atmospheric Turbulences Using Mode Division Multiplexing based on Decision Feedback Equalizer for Free Space Optics
- Performance Evaluation of Correlation Properties of Quasi Orthogonal Prime Codes for Optical CDMA Communication
- Study of the Correction of Effects Chromatic Dispersion and Attenuation to Evaluate the Optical Transmission
