|
|
Авторизация |
|
|
Поиск по указателям |
|
|
|
|
|
|
|
|
|
|
Graham C.C., McGehee O.C. — Essays in Commutative Harmonic Analysis |
|
|
Предметный указатель |
261 289ff.
(-constants in ) 270
358
-set see “Set”
209
-set see “Set”
130
336
331
327
331
355 357
363ff. 394ff.
-additive 370ff.
-Kronecker set see “Set”
-set see “Set”
(Riesz product based on \) 198
(set of words using letters from ) 198
(spectrum of the measure ) 138
(B-spectrum) 138
(spectral radius norm of ) 228
Achieser (Ahiezer), N.I., [1] 47
Agmon, S., and Mandelbrojt, S., [1] 85
Akst, G., [1] 126
Algebra of synthesis 70
Algebra, analytic 261 294 324 402ff.
Algebra, Banach 70 86 90 252
Algebra, commutative convolution measure (= CCMA) 123ff.
Algebra, convolution, not CCMA 137
Algebra, entire 282 356 358
Algebra, group 133
Algebra, homogeneous 404
Algebra, measure 123ff. 137
Algebra, multiplier 281ff.
Algebra, self-adjoint 283 365
Algebra, symmetric 283
Algebra, tensor see “Tensor”
Algebra, tilde 362ff.
Algebra, tilde tensor see “Tensor”
Algebra, uniform (= sup-norm) 66 242
Algebraically, independent set see “Set”
Algebraically, scattered set 145ff. 160 411
Almost periodic, compactification see “Compactification”
Almost periodic, function see “Function”
Amemiya, I., and Ito, I., [1] 6
Analytic, algebra see “Algebra”
Analytic, disc see “Disc”
Analyticity, set of see “Set”
Andersson, R., [1] 407
Approximate identity 41 291 418—419
Approximate identity, bounded 285 292
Approximation property of a Banach space 37ff.
Arithmetic, diameter 403
Arithmetic, mesh 35
Arithmetic, progression 340 374 403
Arithmetic, relation 34ff. 405
Asterisque 118
Asymmetry of M(G) 144 200
Atzmon, A. (viii) 408
Atzmon, A., [1] 71
Atzmon, A., [2] 71
Atzmon, A., [3] 72
Atzmon, A., [4] 71 72 324
Atzmon, A., [5] 72 409
Atzmon, A., [6] 72 409
Atzmon, A., [7] 85
Atzmon, A., [8] 85
Automorphism 406
Automorphism of tensor algebra 348ff.
Averages to zero, a function that 42 45
B-Sidon constant see “Constant”
Baartz, A.P., [1] 126
Bachelis, G.F., and Ebenstein, S.E., [1] 411
Bachelis, G.F., and Gilbert, J.E., [1] 410
Bachelis, G.F., Parker, W.A., and Ross, K.A., [1] 420
Bailey, W.J., Brown, G., and Moran, W., [1] 144
Baire category theorem 66 85 107
Bajsanski, B., [1] 408
Baker, A.C., and Baker, J.W., [1] 137
Baker, J.W., [1] 137
Baker, J.W., [2] 137
Banach algebra see “Algebra”
Banach, S., [1] 98
Bary, N., [1] 92 97
Bary, N., [2] 408
Bary, N., [3] 408
Basis, a Banach space that has no 37ff.
Baton Rouge (viii)
Benedetto, J., [1] 97 121
Berkeley 47
Bernard, A., and Varopoulos, N.Th., [1] 65 222 226
Bernoulli convolution 88 178ff.
Bernoulli convolution, antisymmetric 178ff.
Bernoulli convolution, coarse 182
Bernoulli convolution, fine 182
Bernoulli convolution, symmetric 178ff.
Bernstein’s Lemma or inequality see “Inequality”
Besicovitch 293
Bessel function 318
Beurling, A. 85
Beurling, A., and Helson, H., [1] 407
Beurling, A., [1] 67
Bidisjoint 311
Bihomeomorphism 348
Bimeasures (= V(X)*) 312
Bimeasures (= V(X)*), Fourier transform of 313
Bisection 354
Bledsoe, W.W., [1] 371
Blei, R.C., [1] 368 385
Blei, R.C., [2] 66
Blei, R.C., [3] 368 385
Blei, R.C., [4] 390
Blei, R.C., [5] 385
Blei, R.C., [6] 348
Blei, R.C., [7] 385
Block method 311
Bloom, W.R., [1] 72
Blum, J.R., and Epstein, B., [1] 189
Blum, J.R., and Epstein, B., [2] 189
Blum, J.R., Eisenberg, B., and Hahn, L.S., [1] 226
BMO (space of functions of bounded mean oscillation) 307
Bocher Memorial Prize 6
Bochner, S., integral 57
Bochner, S., [2] 47
Bochner’s theorem see “Theorem”
Bohr, H., compactification see “Compactification”
Bohr, H., [1] 136
Bonami, A., [1] 348
Borel sets 26 28
Bounded synthesis see “Synthesis”
Brenner, P., [1] 407
Brenner, P., [2] 407
Brenner, P., [3] 407
Brown, G. (vii) (listed also with “Bailey W.J. and W.”)
Brown, G., and Hewitt, E., [1] 217
Brown, G., and Moran, W., [10] 242
Brown, G., and Moran, W., [11] 170
Brown, G., and Moran, W., [12] 189
Brown, G., and Moran, W., [13] 249
Brown, G., and Moran, W., [14] 244 246
Brown, G., and Moran, W., [15] 167 168 246
Brown, G., and Moran, W., [16] 246
Brown, G., and Moran, W., [1] 126
Brown, G., and Moran, W., [2] 144 180
Brown, G., and Moran, W., [4] 144 178
Brown, G., and Moran, W., [5] 235 238
Brown, G., and Moran, W., [6] 242
Brown, G., and Moran, W., [7] 178 182 411
Brown, G., and Moran, W., [8] 209
Brown, G., and Moran, W., [9] 144 174 178
| Brown, G., Graham, C.C., and Moran, W., [1] 168 241
Brown, G., [1] 128
Brown, G., [2] 144 174 178 189 195 202 215 230 231
Brown, G., [3] 198 202 204 209 215
Brown, G., [4] 189
Brown, G., [5] 144
Burckel, R.B., [1] 126
Burckel, R.B., [2] 405
Calderon, A.P. 255
Cantor group (= dyadic group) see “Group”
Cantor set see “Set”
Cantor — Lebesgue measure see “Measure”
Cantor, G., [1] 92
Carleson, L., and Sjolin, P., [1] 293
Cassels, J.W.S., [1] 49 366
Category of locally compact abelian groups 65
CCMA (= commutative convolution measure algebra) see “Algebra”
Cesaro sums 68
Character, generalized 124 125 126 182 234 269
Chow, P.S., and White, A.J., [1] 128
Christensen, J.B.R., and Ressel, P., [1] 280
Clunie, J., and Vermes, P., [1] 408
Cluster point 387 394
Cohen — Davenport procedure 8ff. 17 73
Cohen, P.J. 6
Cohen, P.J., [1] 6 17
Cohen, P.J., [2] 406
Cohomology 136 137
Coifman, R.R., and Weiss, G., [1] 318
Coifman, R.R., and Weiss, G., [2] 282
Coloration 356
Compactification, almost periodic 126
Compactification, Bohr 33 40 42 45 126 134 175 222 282 377 388 409
Compactification, one-point 136 282
Compactification, Stone — Cech 282 354
Connes, B., [1] 93
Connolly, D.M., and Williamson, J.H., [1] 169
Constant, B-Sidon 336
Constant, Grothendieck 312
Constant, Helson 34 48ff. 92 114 367 372 405
Constant, Sidon 336ff.
Constant, V-Sidon 336ff. 342 346 349
Convo 137
Convolution 122
Convolution, algebras not CCMAs 137
Convolution, infinite see “Infinite”
Corner 350
Coset ring 2ff.
Cowling, M.G., and Fournier, J.J.F., [1] 293
Cowling, M.G., [1] 294
Criterion, Herz see “Herz”
Criterion, Kakutani see “Kakutani”
Critical point 130 133ff.
Critical point, definition 133
Critical point, induction 135
Cross-homeomorphism 348
Curtis, P.C.Jr. listed with “Bade W.G.”
CYCLE 354
Cycle-free 354 412
D-ergodic see “Measure”
Davenport, H., [1] 17
Davie, A.M., [1] 34 38
Davie, A.M., [2] 38
Daykin, D.E., et al., [1] 371
de Micheie, L., and Soardi, P., [1] 261 294
de Micheie, L., and Soardi, P., [2] 261 294
de Micheie, L., and Soardi, P., [3] 261
de Micheie, L., and Soardi, P., [4] 93
Dechamps-Gondim, M., [1] 66
Dechamps-Gondim, M., [2] 66
Decomposition, polar 127 247
deLeeuw, K., and Glicksberg, I., [1] 47
deLeeuw, K., and Herz, C.S., [1] 56
deLeeuw, K., and Katznelson, Y., [1] 405 283
deLeeuw, K., and Katznelson, Y., [2] 27 407
deLeeuw, K., and Katznelson, Y., [3] 32
deLeeuw, K., Kahane, J.-P., and Katznelson, Y., [1] 3
deLeeuw, K., [1] 294
Derivation, bounded 72 242ff.
Derivation, definition 242
Derivation, discontinuous 244
Diagonal 348
Dichotomy Conjecture 402ff.
Dichotomy Conjecture for tensor algebras 331 404
Diophantine approximation theory 49
Dirichlet set see “Set”
Disc, analytic 243 244 246
Ditkin set see “Set”
Dixmier, J., [1] 98
Dixmier, J., [2] 72
Dixon, P.G., [1] 18
Domar, Y., [1] 47
Domar, Y., [2] 72
Domar, Y., [3] 408
Domar, Y., [4] 407
Domar, Y., [5] 85
Domar, Y., [6] 408
Domar, Y., [7] 72
Dorroh, J.R. 368
Doss, R., [1] 47 268
Doss, R., [2] 114
Doss, R., [3] 222
Doss, R., [4] 313
Douglas, R.G., and Taylor, J.L., [1] 136
Drury, S.W. (vii) 64ff.
Drury, S.W., [1] 230
Drury, S.W., [2] 294
Drury, S.W., [3] 324
Drury, S.W., [4] 65 313
Drury, S.W., [5] 66
Drury, S.W., [6] 65
Drury, S.W., [7] 405
Drury’s Lemma see “Lemma”
Dual, Banach space 362
Dunford, N., and Schwartz, J.T., [1] (xiii) 29 46 292 393
Dunkl, C.F., [1] 137
Dunkl, C.F., [2] 137
Duren, P.L., [1] 28
Dyadic group see “Group”
Dzinotyiweyi, H.A.M., [1] 137
Ebenstein, S.E. listed with “Bachelis G.F.”
Eberlein, W.F., [1] 47
Edwards, R.E., and Gaudry, G.I., [1] 281 293 294 297 298 419
Edwards, R.E., [1] 46
Eisenberg, B. listed with “Blum J.R. and L.S.”
Endomorphism 407
Enflo, P., [1] 38
Epstein, B. listed with “Blum J.R.”
Equicontinuity 285
Ergodic, measure see “Measure D-ergodic”
Ergodic, set see “Set”
Eugene (viii)
Evanston (viii)
Exponent of a group 268
Eymard, P., [1] 294
Factorization 412
Fefferman, C., and Shapiro, H.S., [1] 293
Fefferman, C., [1] 293
Feller, W., [1] 107
Figa-Talamanca, A., and Gaudry, G.I., [1] 293
Figa-Talamanca, A., and Gaudry, G.I., [2] 293
Figa-Talamanca, A., [1] 293
Filippi, M., [1] 90
Fourier representation 284 294
Fournier, J.J.F. (viii) 17 M.G.”)
Fournier, J.J.F., [1] 27
Fournier, J.J.F., [2] 17 18
Friedberg, S.H., and Spence, L.E., [1] 294
Friedberg, S.H., [1] 410
Friedberg, S.H., [2] 114
|
|
|
Реклама |
|
|
|