Abstract
Performance analysis of SAC based non-coherent optical CDMA system for OOC with variable data rates under noisy environment
Highlights
In our previous work (Indu Bala & Gurpal Singh, coding, bit error rate, phase induced intensity noise, 2008), integer lattice design based SAC optical multiple user interface
Optical code division multiplexing access (OCDMA) CDMA has been investigated for integer lattice design is one class of such promising technology that takes based optical orthogonal code using method suggested advantage of excess bandwidth in single mode optical by Wei et al (2001)
It has been assumed that multi user fiber to map low information rate into high rate optical interference (MUI) is mainly due to thermal noise, shot sequences followed by optical transmitter to obtain noise and phase induced intensity noise (PIIN)
Summary
In our previous work (Indu Bala & Gurpal Singh, coding, bit error rate, phase induced intensity noise, 2008), integer lattice design based SAC optical multiple user interface. The biggest technical challenge for todayβs was evaluated for number of simultaneous users, communication network systems is to take more effective optical power and different code parameters (m information carrying capacity since the volume of & k) using Gaussian approximation.
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