List of Tables
2.1 | OOC (N, 3, 1) sequence indexes for various lengths |
2.2 | OOC (31, 3, 1) sequences |
2.3 | OOC (50, 3, 1) code sequences |
2.4 | Prime code sequences when P = 5 |
2.5 | MPC sequences where P = 5 |
2.6 | n-MPC sequences where P = 5 |
2.7 | PMPC sequences where P = 5 |
2.8 | GPMPC sequences where P = 5 |
2.9 | Full-padded MPC sequences when P = 5 |
2.10 | Transposed-MPC sequences when P = 5 |
2.11 | Power of b = 2 |
2.12 | BIBD code example |
2.13 | MQC sequences |
2.14 | MFH sequences |
2.15 | Spreading codes with ideal in-phase cross-correlation (IPC) |
2.16 | Signal-to-noise ratio of different spreading code families |
2.17 | Two-dimensional PC/OOC code sequences |
2.18 | Modified two-dimensional PC/OOC code sequences |
2.19 | One-coincidence frequency hop codes |
2.20 | OCFHC/OOC code sequences |
2.21 | Properties of various 1D spreading codes |
2.22 | Properties of 2D spreading codes |
2.23 | State table of the encoder |
2.24 | Final stage output sequences |
2.25 | Parity bit streams for input sequences with Hamming weight i = 3 |
3.1 | OOC with F = 32 and w = 4 |
4.1 | Typical parameters used in the calculation (© 2001 IEEE. Reprinted with permission from Modified quadratic congruence codes for fiber Bragg-grating-based spectral-amplitude-coding optical CDMA systems, Z. Wei, H.M.H. Shalaby, and H. Ghafouri-Shiraz, J. Lightw. Technol., 19 (9), 2001.) |
4.2 | Single-user BER comparisons |
5.1 | Minimum BER for the number of active users considering only MAI at receivers with Manchester-coded MAI cancellation, ... |
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