Design of a Hybrid Fiber-Optic Network Using 3-D Optical Code Sequences |
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Authors: | Mukesh Chopra Manish Bhardwaj Muralidhar Kulkarni Asok De R. K. Sinha |
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Abstract: | We present the design of a 3-dimensional (3-D) noncoherent optical hybrid network. We also report the design of a new family of 3-D codes for fiber optic hybrid networks. We show that the hybrid network allows for shorter bit times and a higher number of users, given a set chip rate, compared to previously conceived networks. These newly designed hybrid single-pulse-per-row (HSPR) codes have very low autocorrelation side-lobes and very small cross-correlation peaks. We compare the performance of our hybrid model using our codes with the Optical Orthogonal Codes (OOCs) and Temporal/Spatial (T/S) codes and show that the new network can support a greater number of users and higher data rates than those using OOCs and T/S codes. |
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Keywords: | Fo-CDMA 3-D Codes Wdma Sdm Hybrid Probability Of Error |
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