Odyniec W. — Minimal Projections In Banach Spaces :: Электронная библиотека попечительского совета мехмата МГУ

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

Odyniec W. — Minimal Projections In Banach Spaces

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Minimal Projections In Banach Spaces

Автор: Odyniec W.

Язык:

Рубрика: Математика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2008

Количество страниц: 180

Добавлена в каталог: 04.07.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

$(E_{m})$       1
$(X^{\hat{}}, Y)$       15
$A_{y^{*}}$       102
$B^{A}$       13
$B_{A}$       13
$B_{D}(x)$       39
$C(T,\mathbb{K})$       13
$codim_{B}\ K$       15
$C^{x}_{a}$       135
$c_{0}$       3
$C_{0}(2\pi)$       3
$c_{0}(T)$       13
$C_{R}(T)$       45
$D_{n}$       4
$E^{K}_{P}$       15
$E_{p}$       24
$F_{N}$       3
$K_{K}(u,s)$       125
$l^{n}_{P}$       7
$L^{P}(\Omega,\Sigma,\mu)$       81
$l_{1}(T)$       13
$l_{P}$       7
$M^{D}_{P}$       24
$M^{\bot}$       54
$P_{f,z}$       52
$p_{n}$       103
$sm\ S_{D}$       24
$S_{B}$       14
$S_{B}(x;r)$       14
$U_{M.P.}$       7
$U_{m}$       1
$W^{x}_{a}$       135
$w_{B}$       14
$W_{B}(x;r)$       14
$x\otimes y$       98
$\bar{A}$       15
$\bar{M}^{D}_{P}$       24
$\bar{\Delta}_{k}(X)$       12
$\bot_{K}$       55
$\Delta(B,D)$       14
$\Delta(T)$       56
$\delta(x)$       56
$\Delta^{p}(B,D)$       15
$\Delta_{1}(x)$       12
$\Gamma(n)$       16
$\Lambda_{K}$       125
$\mathscr{F}_{L}$       99
$\mathscr{G}_{f}$       52
$\mathscr{I}_{B,D}$       137
$\mathscr{I}_{B}$       137
$\mathscr{I}_{x}$       15
$\mathscr{K}(B,D)$       13
$\mathscr{K}(C(T,\mathbb{K}))$       13
$\mathscr{K}_{F}(B)$       116
$\mathscr{L}(X,Y)$       2
$\mathscr{L}_{V}$       1
$\mathscr{L}_{\Theta}(B^{*},D)$       95
$\mathscr{P}(B,D)$       15
$\mathscr{P}_{D}(C(T,\mathbb{K}),D,F)$       13
$\Pi_{n}$       3
$\rho(X,D)$       1
$\rho^{x}_{P}(a)$       135
$\underline{\Delta}_{k}(X)$       12
${\atop{{k}\atop{\oplus\atop{l=1}}} X_{k}}$       14
(E)      2
(l,s) operation      64
Abramovic, Yu.A.      153
Ahiezer, N.I.      1
Akilov, G.P.      3 157
Alexiewicz, A.      153
Amir, D.      153
Ando, J.      3
Anohin, M.B.      158
Asplund, E.      153
Auerbach, H.      9 153
B*      14
B**      14
Babenko V.F.      89 153
Ball      14
Banach — Mazur distance      31
Banach, S.      1 6 8 153
Baronti, M.      93 129 153
Basic system      64
Beauzamy, B.      154
Beckenbach, E.F.      153
Bellman, R.      153
Belluce, L.P.      153
Belobrov, P.K.      35 153
Berens, H.      146 153
Bergh, J.      153
Bessaga, C.      3 153
Bf-problem      11 55
Bipolar set      98
Blatter, J.      154
Bohnenblust, H.F.      3 154
Bonsall, F.      154
Bravermann, M.C.      154
Brosowski, B.      129 154
Bulovskii, V.A.      154
Burago, Yu.D.      154
C      3
Canonical embedding of B in B**      15
Carrier of the operator      99
Chalmers, B.L.      11 154
Cheney, E.W.      1 7 129 154 155
Ciesielski, Z.      11 155
Codimension      15
Cohen, H.B.      155
Collins H.S.      129 155
Conjugate space      14
conv E      45
Corson, H.B.      155
crit P      15
crit*P      100
Cvietkova, N.V.      155
Dantzing, G.B.      62 155
Davis, W.M.      138 155
Day, M.M.      155
Daygaviet, I.K.      1 5 45 155
de Boor, C.      154
Diestel, J.      155
Direct sum of subspaces      14
Dirichlet kernel      4
Dunford, N.      44 155
Dvoretzky, A.      155
E(X)      94
Element of best approximation      1
Enfloe, P.      31
Example of S. Konjagin      50
Extremal point      95
Feasible operation      63
Figiel, T.      155
Fleming, R.J.      155
Forelly, F.      155
Franchetti, C.      93 130 153 154 155
Franck, P.      3 155
Fuerstenberg, H.      132 133 161
Galle, D.      156
Garkavi, A.L.      156
Gavurin, M.K.      157
Godini, G.      44 50 156
Goldstine, J.A.      155
Gromov, M.L.      156
Gruenbaum, B.      7 156
Gurarii, V.I.      3 31 156
Hobby, C.R.      154
Holmes, R.R.      156
Hudzik, H.      156
Hyperplane supporting      47
Inclination      15 141

Isbell, J.R.      7 156
Isometry      8 131
Jakovleva, M.A.      154
James, R.C.      7 13 43 156
Jameson, G.J.O.      156
Jamison, J.E.      155
Johnsonn, W.B.      156
Kadec, M.I.      3 8 31 32 50 156
Kakutani, S.      9
Kaminska, A.      137
Kantorovic, L.V.      3 8 157
Kapoor, O.P.      157
Karlin, S.      154
Kilgore, T.      157
Kinnunen, S.      157
Kirk, W.A.      153
Klarkson, J.A.      157
Koldobskii, A.L.      107 157
Kolmogorov, A.N.      1 12
Komleva, N.I.      158
Konjagin, S.W.      50
Kozlowski, W.M.      157
Krasnosielskij, M.A.      157
Krein, M.G.      1
Kuersten, K.      10 50
Kuhn, H.W.      23 156
Lacey, M.E.      157
Lamperti, J.      157
Lebesgue constant      137
Levin, A.Yu.      30 157
Lewanowicz, S.      157
Lewicki, G.      153 157
Light, W.A.      155
Lima, A.      158
Lindenstrauss, J.      1 3 11 51 153 158
Lipschitz operator      31
Ljubic, Yu.I.      139 158
Loefstrom, J.      158
Lokot, V.V.      1 158
Los, J.      158
Lozinskii, S.M.      3 6 158
Lusky, W.      158
Makarov, V.L.      158
Markusevic, A.I.      1
Mason, J.C.      11 158
Mathematical programming problem      8 55 111
Mathur, S.D.      157
Mazur, S.      1 8
Mc Mullen, P.      53 158
Metcalf, F.T.      154
Metrix game      60 62
Milman, V.D.      158
Minimal projection      2
Minkowski metric      15
Mitjagin, B.S.      156
Morris, P.D.      129 154
Mourey, B.      154 156
Musielak, J.      158
Nachbin, L.      3
Newman, D.J.      158
Nguyen To Nhu      158
Nikolskii, S.M.      1
Objective function      69
Odinec, V.P.      157 158 159
Odinetz, V.P.      157 158 159
Odyniec, W      157 158 159
Olsen, G.      158
Operator of central symmetry      138
Operator subconservative      139
Oricz, W.      12
Papini, P.L.      159
Parthasarathy, T.      159
Peak function      16 46
Pelczynski, A.      3 8 30 153 156 158 159
Petunin, Yu.L.      30 157
Phelps, R.R.      1 159
Pinkus, A.      156
Plotkin, A.I.      160
Point, conical      15
Point, extremal      28 53
Point, smooth      15
Point, strongly exposed      148
Polar set      98
Poulsen, E.T.      160
Price, K.H.      7 130 154
Pricugov, S.A.      89 153
Problem $(1,B_{0})$       8
Problem $(E_{m})$       2 10
Problem $(U_{M.P.})$       7 8
Problem $(U_{m})$       2 8 10
Problem (1,B)      8
Problem (1,B-M)      8
Problem (1.Od)      14
Problem (E)      2
Projection, canonical      64
Projection, constant      1
Projection, Fourier      3 26
Projection, minimal      2
Projection, orthogonal      3
Property intersection      42
Property strong intersection      42
Property uniqueness      1
q(f)      52
Raghaven, T.      160
Reflection      139
Riesz, M.      84 160
Rockafellar, R.T.      160
Rolewicz, S.      9 14 152 160
Romanowskii, I.V.      160
Rotation elementary      139
Rubinov, A.M.      160
Rubinstein, G.Sh.      156
Rudin, W.      1
Ruess, W.      129 155
Rutickij, J.A.      157
Schaefer, H.M.      156
Schauder basis      16
Schechtman, G.      156
Schumaker, R.      160
Schurrer, F.      154
Schwartz, J.      44
Semadeni, Z.      7 156
Semenov, E.M.      154 157 160
Set of feasible solutions      65
Set of optimal solutions      65
Set of optimal strategies      65
Set of strategies      63
Shapiro, H.S.      158
Shapley, L.      154
Sherman, S.      156
Simplex method      11 63 65
Singer, I.      1 8 160
Skorik , A.I.      160
Smooth point      15
Smooth space      15
Smooth subspace      15
Snobar, M.G.      156
Sobczyk, A.      3 7 160
Solomjak, M.Z.      3 50 160
Solution, feasible      65
Solution, optimal      54 65
Space $C(T,\mathbb{K})$       94
Space $c_{0}$       3 7 78
Space $C_{0}(2\pi)$       3 4 16 26
Space $l^{n}_{p}$       7 17
Space $l_{p}$       7 17 81
Space $L_{p}(\Omega,\Sigma,\mu)$       17 81 151
Space $P_{n}$       103
Space $\mathscr{K}(X,Y)$       13 94 100 116 124
Space $\mathscr{L}^{*}_{\Theta}(X ,Y)$       94

1 2

О проекте