Ito K. — Encyclopedic Dictionary of Mathematics. Vol. 2 :: Электронная библиотека попечительского совета мехмата МГУ

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Ito K. — Encyclopedic Dictionary of Mathematics. Vol. 2

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Название: Encyclopedic Dictionary of Mathematics. Vol. 2

Автор: Ito K.

Аннотация:

This second edition of the widely acclaimed Encyclopedic Dictionary of Mathematice includes 70 new articles, with an increased emphasis on applied mathematics, expanded explanations and appendices, and a reorganization of topics.

Язык:

Рубрика: Математика/Энциклопедии/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: Second Edition

Год издания: 1993

Количество страниц: 999

Добавлена в каталог: 23.04.2005

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

Предметный указатель

Complex manifold almost      72.B
Complex manifold compact, family of      72.G
Complex manifold isomorphic      72.A
Complex manifold stably almost      114.H
Complex manifold weakly almost      114.H
Complex manifold(s)      72
Complex minimal      70.E
Complex multiple      200.H
Complex multiplication      73
Complex negative      200.H
Complex number plane      74.C
complex numbers      74.A 294.F
Complex numbers conjugate      74.A
Complex of lines      110.B
Complex ordered (of a simplicial complex)      70.E
Complex ordered simplicial      70.C
Complex oriented simplicial chain      201.C
Complex orthogonal group      60.I
Complex orthogonal matrix      269.J
Complex plane      74.C
Complex Poincare      114.J
Complex positive      200.H
Complex positive chain      200.C
Complex Postnikov      70.G
Complex product      200.H
Complex product (of cell complexes)      70.D
Complex product double chain      200.E
Complex projective space      343.E
Complex projective space infinite-dimensional      56
Complex quadratic form      348.A B
Complex quotient      201.L
Complex quotient chain      200.C
Complex rectilinear      70.B
Complex regular cell      70.D
Complex relative chain      200.C
Complex relative cochain      200.F
Complex representation (of a Lie group)      249.0
Complex s.s.      70.E
Complex s.s., realization of      70.E
Complex semisimplicial (s.s.)      70.E
Complex simple Lie algebra classical      248.S
Complex simple Lie algebra exceptional      248.S
Complex simple Lie group classical      249.M
Complex simple Lie group exceptional      249.M
Complex simplicial      65.A 70.C
Complex singular (of a topological space)      70.E
Complex singular chain (of a topological space)      201.E
Complex singular cochain      201.H
Complex space form      365.L
Complex special orthogonal group      60.I
Complex spectral measure      390.D
Complex spectral representation      390.E
Complex spectral resolution      390.E
Complex sphere      74.D
Complex spinor group      61.E
Complex standard (of a Lie algebra)      200.0
Complex Stiefel manifold      199.B
Complex structure (in a complex manifold)      72.A
Complex structure (on $\mathbf R^{2n}$ )      3.H
Complex structure (on a Riemann surface)      367.A
Complex structure (pseudogroup structure)      105.Y
Complex structure almost      72.B
Complex structure deformation of      72.G
Complex structure tensor field of almost (induced by a complex structure)      72.B
Complex symplectic group      60.L
Complex Thorn      114.G
Complex Thorn, associated with (G, n)      114.G
Complex Thorn, fundamental cohomology class of the      114.G
Complex topological linear space      424.A
Complex torus      3.H
Complex variable      165.C
Complex variable theory of functions of      198.Q
Complex vector bundle      147.F
Complex-valued function      165.B
Complexification Chevalley      249.U
Complexification of a real Lie algebra      248.P
Complexity average      71.A
Complexity Kolmogorov — Chaitin      354.D
Complexity of computation      71
Complexity space      71.A
Complexity time      71.A
Complexity worst-case      71.A
Component (in graph theory)      186.F
Component (of a matrix)      269.A
Component (of a point in a projective space)      343.C
Component (of a tensor of type (p, q))      256.J
Component (of a vector field)      105.M
Component (of a vector)      256.A 442.A
Component arcwise connected      79.B
Component basic (of an m-dimensional surface)      110.A
Component connected      79.A 186.F
Component embedded primary (of an ideal)      67.F
Component fixed (of a linear system)      16.N
Component ghost (of an infinite-dimensional vector)      449.A
Component horizontal (of a homogeneous space)      110.A
Component horizontal (of a vector field)      80.C
Component identity (of a topological group)      423.F
Component irreducible (of a linear representation)      362.D
Component irreducible (of an algebraic variety)      16.A
Component irreducible (of an analytic space)      23.C
Component isolated primary (of an ideal)      67.F
Component ith (of an element relative to a basis)      256.C
Component ith(ofan n-tuple)      256.A
Component model      403.F
Component nilpotent (of a linear mapping)      269.L
Component of degree n (of a graded A-module)      200.B
Component orthogonal (of an element of a linear space)      139.G
Component path-      79.B
Component primary (of an ideal)      67.F
Component principal      280.F
Component principal, analysis      280.F
Component principal, of order p      110.A
Component proper (of an intersection of subvarieties)      16.G
Component Reeb      154.B
Component relative (of a Lie transformation group)      110.A
Component secondary (of a homogeneous space)      110.A
Component semisimple      269.L
Component simple (of a semisimple ring)      368.G
Component strongly connected      186.F
Component unipotent (of a linear mapping)      269.L
Component variable (of a linear system)      15.C 16.N
Component vertical (of a vector field)      80.C
Component(s) (of a direct product set)      381.E
Components-of-variance model      403.C
Composite designs, central      102.M
Composite field      149.D
Composite function      106.I
Composite hypothesis      400.A
Composite number      297.B
Composite of cohomology operations      64.B
Composite of correspondences      358.B
Composite of homotopy classes      202.B
Composite of mappings      381.C
Composite of subsets      436.A
Composite of valuations      439.F
Composite ofmorphisms      52.A
Composite particles      132.A
Composition (of knots)      235.A
Composition (of probability distributions)      341.E
Composition algebra      231.B
Composition external law of (of a set of another set)      409.A
Composition factor      190.G
Composition factor series      190.G
Composition internal law of (of a set)      409.A
Composition law of (on a set)      409.A
Composition product (of functions)      192.H
Composition secondary      202.R
Composition series (in a group)      190.G
Composition series (in a lattice)      243.F
Composition theorem (in class field theory)      59.C

Compound Poisson process      5.F
Comprehension, axiom of      33.B 381.G
Compressibility, isothermal      419.B
Compressible fluid      205.B
Compression, information      96.B
Computable (partial function)      31.B
Computation analog      19.A
Computation complexity of      71
Computation high-precision      138.B
COMPUTE      31.B 71.B
Computers      75
Computers analog      19.E
Computers digital      75.B
Computers electronic      75.A
Computers electronic analog      19.E
Computers hybrid      19.E
Comultiplication      203.B F
Comultiplication Hopf      203.D
Concatenation (of paths)      170
Concave function      88.A
Concave function strictly      88.A
Concave programming problem      292.A
Concentration area of      397.E
Concentration asymptotic      399.L
Concentration function maximal      341.E
Concentration function mean      341.E
Concentration Gini coefficient of      397.E
Concentration measure of      397.E
Concentration spectral      331.F
Concept basic (of structure)      409.B
Concept global (in differential geometry)      109
Concept in the large (in differential geometry)      109
Concept in the small (in differential geometry)      109
Concept local (in differential geometry)      109
Conchoid of Nicomedes      93.H
Conchoidal curve      93.H
Concircularly flat space      App. A Table
Concordant      154.F
Concurrent (in nonstandard analysis)      293.B
Concurrent (in projective geometry)      343.B
Condensation of singularities, principle of      37.H
Condensation point      425.0
Condensation test, Cauchy      379.B
Condition ascending chain (for (normal) subgroups of a group)      190.F
Condition ascending chain (in an ordered set)      311.C
Condition Baire      425.N
Condition boundary (for an ordinary differential equation)      315.A
Condition boundary (for partial differential equations of elliptic type)      323.F
Condition boundary, operator with      112.F
Condition Cauchy (on the D-integral and the D(*)- integral)      100.E
Condition CFL(Courant — Friedrichs — Lewy)      304.F
Condition chain (in an ordered set)      311.C
Condition complete integrability      428.C
Condition consistency      341.I
Condition Denjoy — Carleman      168.B
Condition descending chain (for (normal) subgroups of a group)      190.F
Condition descending chain (in an ordered set)      311.C
Condition entropy      204.G
Condition finiteness, for integral extension      284.F
Condition Frobenius integrability      154.B
Condition Haar (on best approximation)      336.B
Condition Harnack (on the D-integral and the D(*)- integral)      100.E
Condition Holder, of order $\alpha$       84.A
Condition initial (for ordinary differential equations)      316.A
Condition initial (for partial differential equations)      321.A
Condition Jacobi      46.C
Condition KMS      308.H
Condition Levi      325.H
Condition Lindeberg      250.B
Condition Lipschitz      84.A 163.D 286.B 316.D
Condition Lipschitz, of order $\alpha$       84.A
Condition Lorentz      130.A
Condition LSZ asymptotic      150.D
Condition Lyapunov      250.B
Condition maximal (in an ordered set)      311.C
Condition minimal (in an ordered set)      311.C
Condition no cycle      126.J
Condition number      302.A
Condition of finite character (for functions)      34.C
Condition of finite character (for sets)      34.C
Condition of R. Schmidt (in (C, $\alpha$ )-summation)      379.M
Condition of transversality (in the calculus of variations)      46.B
Condition Palais — Smale      279.E 286.Q
Condition Poincare (in the Dirichlet problem)      120.A
Condition restricted minimal (in a commutative ring)      284.A
Condition Sommerfeld radiation      188.D
Condition spectrum      150.D
Condition strip      320.D
Condition strong transversality      126.J
Condition transversality      108.B
Condition uniqueness (for solution of an ordinary differential equation)      316.D
Condition von Neumann      304.F
Condition Whitney, (b)      418.G
Condition Whitney, (b) at a point      418.G
Condition(s) adjoint boundary      315.B
Conditional density      397.I
Conditional distribution      397.I
Conditional entropy      213.B
Conditional expectation (of a random variable)      342.E
Conditional inequality      211.A
Conditional mean (of a random variable)      342.E 397.I
Conditional moments      397.J
Conditional probability      342.E
Conditional probability distribution      342.E
Conditional probability regular      342.E
Conditional problems in the calculus of variations      46.A
Conditional relative extremum (of a function)      106.L
Conditional self-intersection      213.B
Conditional stability      394.D
Conditionality, principle of      401.C
Conditionally $\sigma$ -complete lattice      243.D
Conditionally complete lattice      243.D
Conditionally convergent      379.C E
Conditionally stable      394.D
Condon, Edward U.      353.r
Conductivity      130.B
Conductor (of a class field)      59.B
Conductor (of a Grossencharakter)      450.F
Conductor (of a nonprimitive character or a primitive character)      450.C
Conductor (of a quadratic field)      347.G
Conductor (of a residue character)      295.D
Conductor (of a subring of a principal order)      14.B
Conductor (of an Abelian extension)      14.Q
Conductor (of an ideal group)      14.H
Conductor (of Dirichlet L-functions)      450.C
Conductor (of Hecke L-functions)      450.E
Conductor p-(of norm-residue)      14.P
Conductor with a group character      450.G
Conductor-ramification theorem (in class field theory)      59.C
Cone (in a projective space)      343.E
Cone (of a PL embedding)      65.D
Cone (of a simplicial complex)      70.C
Cone (over a space)      202.E
Cone asymptotic      350.B
Cone circular      78.A 111.I
Cone conjugate convex      89.F
Cone convex      89.F
Cone convex polyhedral      89.F
Cone dual convex      89.F
Cone extension (of a PL embedding)      65.D
Cone future      258.A
Cone light      258.A
Cone Mach      205.B
Cone mapping      202.E
Cone natural positive      308.K
Cone oblique circular      350.B
Cone past      258.A
Cone quadric      350.B
Cone reduced (of a topological space)      202.F
Cone reduced mapping      202.F

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