Page 421 - Integrated Wireless Propagation Models
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          Note: Page numbers followed by f denote figures; page numbers followed by t denote tables.

                                                  Antenna (Cont.):
          - A ­
                                                    on-body, 94-95
          Abdi model, 384-385
          ACE. See Advanced Coverage Estimate       patterns:
          Acoustic signal, underwater, 386-388       coverage, system design, and, 347, 349f
          Adjacent-channel interference, 46          in sectorization, 17-18, 18f
          ADMS. See Area Deployment of Mobile System   smart, 143, 145-155
          Advanced Coverage Estimate (ACE), 3       for special area design, 364
          Advanced Mobile Telephone Service  (AMTS), 2   Area Deployment of Mobile System (ADMS), 3
          Aeronautical communication signals:     Atmospheric conditions:
            interference in, 388-389                aeronautical communication and,
            prediction model:                          388-389
             formula, 389-390                       Bullington monograms and, 56-57, 57f
             measured versus predicted, 390-392     ionospheric versus tropospheric, 383
          Agilent technologies, 236                 Lee macrocell morphology and, 129-131
          AirTouch:                                 loss from, 377
            in-building layout, 275, 276f, 277f, 278f   millimeter wave signal and, 392-393
            Lee model development and, 3            satellite path loss and, 383-384, 386
          Analog modulation, digital from, 147    Automorphology model, Lee:
          Angle formula model, 315f - 316f, 316, 317f   accuracy of, 100
          ANN model, features of, 256t              path loss for, 118, 118f, 123
          Antenna:
            on bullet trains, 392                 - B -
            efficiency ratio, 377                 BAN. See Body-area-network
            height gain, 44                       Bertoni and Walfisch model, 81-83
             calculating, 109, llOf               Blomquist-Ladell model, 68-70
              determining, 108                    Body-area-network (BAN), 94
             in Lee macrocell enhanced, 169-170   Brewster angle, of reflection, 31-32
             in Lee macrocell single breakpoint, 102-103,   Bullet trains system, 392, 393f
                 108-109, llOf, 115               Bullington model:
             as link budget parameter, 377          comparison, 179
            mechanical tilting:                     diffraction, multiple knife, 38-39, 39f
             calculations, 139-141                  monograms, 56-57, 57f, 58f, 181
             co-channel interference and, 139, 140 ,  142
                                       f
             coverage and, 348f                   - c ­
             models, 144/ - 146/                  capacity:
             notch evaluation in, 141-142           Lee microcell, 146-147, 147/
             simulation, 142-143                    model comparisons on, 148-154
             types, 138-139                         trade-offs, 146-147, 238, 255, 345
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