Page 743 - Introduction to Information Optics
P. 743

Index

          negabinary number system, 492-499  Optical filters, tunable, 713
          positive binary number system, 489-492  Optical frequency-domain reflectornetry
         nonbinary, 499-501                     (OFDR), 595-600
       signed-digit                        Optical interconnects, 299-302
       modified signed-digit (MSD), 500, 502, 503-  bus structure, 343-348
            530                              MSM photodetectors, 331-334, 348
          negabinary signed-digit (NSD), 500, 503,  polymer waveguides, 302-312, 343
            539-543, 546-549, 558-560        thin-film waveguide couplers, 312 331
          quaternary signed-digit (QSD), 500, 503,  vertical cavity surface-emitting lasers
            534-539, 551-557                    (VCSELs), 302, 312, 334-339, 346,
          ternary signed-digit (TSD), 500, 502 -  348, 486
            503, 530-534, 549              Optical logic, 477 471
       Numerical aperture, 50              Optical loss, waveguides, 310
       Nyquist noise, 191                  Optically addressed spatial light modulators,
       Nyquist sampling, 23                     650-661
       NZ-DSF. See Nonzero dispersion shifted  Optical monitoring, 694-695, 713
            liber                          Optical networks, 667-671
                                            design, 696-704
                      O                     elements
       OADM. See Optical add/drop multiplexer  optical add/drop mutiplexer, 689 691
       Observation, space-and-time domain, 47-51  optical amplifies, 673-678
       OFDR. See Optical frequency-domain     optical cross-connect, 691-694
            reflectornetry                    optical fibers, 671-673
       Off-line algorithm, 110-111            optical monitoring, 694-695
       OIL. See Optoelectronic interconnection  transponder, 687-689
            layer                             wavelength division multiplexer/
       One-step MSD addition/subtraction, 513-  demultiplexer, 667-668, 678-687
            514                              future developments, 711-713
       One-way channel, 9                   long-haul backbone networks, 704-709
       On-off ratio, optical switch, 202    metropolitan and access networks, 709
       Opaque optical cross connect (OXC), 712  811
       Optical add/drop multiplexer (OADM), 689-  Optical neural networks, 142
            691, 712-713                   Optical nonlinearity, 204-205
       Optical amplifiers, 673-678         Opticai parallel array logic, 485-486
       Optical bistability, 207            Optical pattern recognition, 355
       Optical clock signal distribution, 339-343  architecture
       Optical cross-connect (OXC), 690, 691-694,  correlators, 356
            712-713                           hybrid optical architectures, 357-362
       Optical disks, 360, 447-449, 457-458   joint-transform correlators, 355, 362-364
       Optical fibers, 572, 671-673. See also Fiber-  neural networks, 357
            optic sensors                    with composite filtering, 387-394
         chromatic dispersion, 696          joint-transform detection
        dispersion limit, 696-697             iterative, 372-375
         light propagation in                 nonconventional, 364-368
          attenuation, 176                    nonzero-order, 368-370, 398
          geometric optics approach, 164-168  phase representation, 371-372
          single-mode fiber, 178-184          position-encoding, 370 371
          wave-optics approach, 168-175     neural networks, 411 412
        manufacture, 168-170                  polychromatic, 418-423
         nonlinearity limit, 797-700          supervised, 412-414
         structure, 165                       unsurpervised, 412, 414-418
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