with random block coding, 595-600 Index Band multitone jamming of FH/MFSK Broadcast channel, 1099 signals (Cont.): Broken/center z-search, 844, 849-851 with Reed-Solomon coding, 563-564, Brown, R. M., 71 593-595 Brown, W., 60 saturation region, 512-514, 518, 520, 524 BSC (binary symmetric channel), 198, 433 special case of n = 1,480 Bucher, F., 81 (See also Independent multitone Buffalo Laboratories Application of jamming; Multitone jamming) Digitally Exact Spectra (BLADES), 64, Band-pass noise, 671 66, 73-78, 125 Band-pass correlator, 15-16, 48, 88, 92 Buffer overflows, 242 Bandwidth expansion: Burlingame, E., 59 historical notes, 57-58,69-70 Burst error correcting codes, 159 to reduce fading, historical example, 49 Busignies, H. G., 55, 78, 121 Barker, R. H., 120 Butterworth filter, 912, 913, 915, 947 Barnes, R. T., 76 Barnett, M. A. F., 42 Cain, J. B., 137, 188, 405 Bartee, T. C., 295 CAPRI (Coded Address Private Radio Baseline jammer, 183 Intercom), 114 Baseline performance, 141, 172 Cardinal function, 45 Basore, B. L., 87 Carlson, R., 59 Baumert, L. D., 316 Carrier sense multiple access (CSMA), Bayes detector, 754 1109, 1181 Bayes hypothesis (minimum average risk), Catanzarite, F., 82 CC (collision compensation), 1126, Bekir, N. E., 297 1134-1136 Bell Laboratories, 1159 CCD (charge-coupled device), 818, 1083 Bent sequence, 344-351, 1106 CDMA (see Code-division multiple-access) linear span, 349 Cell, search, 769 Berg, R., 90, 93, 99, 117 Central chi-squared probability Bergman, W., 90 distribution, 782 Berlekamp, E. R., 260, 563, 587, 594 Central limit theorem, 150, 411, 414, 424, Berlekamp-Massey algorithm, 281 828, 997, 1015, 1198, 1200 Bessel function, 208, 213, 1213 Chadwick, H., 1011 Bhattacharyya bound, 195, 251-254, 258, Chaffee, E. L., 55, 59 441, 608, 620 Chang, S. C., 1145 Bias voltage of sequential detector, 861 Channel capacity, 196, 235, 1143, 1145 Binary orthogonal codes, 1183 Channelized detector, 1037 Binary phase-shift-keying (BPSK), 1171, Characteristic polynomial: 1189-1191 of m-sequence, 2