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| Ito K. — Encyclopedic Dictionary of Mathematics. Vol. 2 |
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| Предметный указатель |
Process autoregressive moving average 421.D
Process Bernoulli 136.E
Process Bernoulli, very weak 136.E
Process Bernoulli, weak 136.E
Process birth 260.G
Process birth and death 260.G
Process bond percolation 340.D
Process branching 44342.A
Process branching Markov 44.E
Process Cauchy 5.F
Process centered 5.B
Process compound Poisson 5.F
Process contact 340.C
Process continuous-state branching 44.E
Process death 260.G
Process diffusion 115
Process dual 261.F
Process exponent of the stable 5.F
Process Feller 261.B
Process finitely determined (F.D.) 136.E
Process Galton — Watson branching 44.B
Process Gaussian 176 342.A
Process Gaussian, complex 176.C
Process generalized stochastic 407.C
Process homogeneous Markov 5.H
Process Hunt 261.B
Process increasing 262.D
Process independent 136.E
Process integrable increasing 406.B
Process integrable, of bounded variation 406.B
Process invariant Markov 5.H
Process irreversible 402.A
Process isothermal 419.B
Process Ito 406.B
Process Levy 5.B
Process linear stationary iterative 302.C
Process Markov 261342.A
Process Markov branching 44.D
Process Markovian decision 127.E
Process moving average 421.D
Process multistage allocation 127.A
Process multistage choice 127.A
Process multitype Galton — Watson 44.C
Process multitype Markov branching 44.E
Process Newton iterative 301.D
Process normal 176.C
Process observation 405.F
Process one-sided stable, of the exponent  5.F
Process oscillator 315.F
Process osculating 77.B
Process percolation 340.D
Process point 407.D
Process Poisson 5.D
Process positive regular 44.C
Process progressive 407.B
Process quadratic variation 406.B
Process quasistatic adiabatic 419.B
Process recurrent 261.B
Process reversed 261.F
Process sample 407.A
Process shift associated with the stationary 136.D
Process signal 405.F
Process site percolation 340.D
Process spatially homogeneous 261.A
Process stable 5.F
Process stationary 342.A 395.A
Process stationary Gaussian 176.C
Process stochastic 342.A 407
Process stochastic, with stationary increments of order n 395.I
Process strictly stable 5.F
Process strictly stationary 395.A
Process strong Markov 261.B
Process strongly stationary 395.A F
Process subadditive 136.B
Process sweeping-out 338.L
Process symmetric Cauchy 5.F
Process symmetric stable 5.F
Process system 405.F
Process temporally homogeneous 261.A
Process temporally homogeneous additive 5.B
Process transient 261.B
Process very weak Bernoulli (V.W.B.) 136.E
Process weak Bernoulli (W.B.) 136.E
Process weakly stationary 395.A
Process weakly stationary, of degree k 395.I
Process Wiener 5.D 45.B
Process with independent increments 5.B
Processing, data 96
Processor, central 75.B
Proclus 187
Producer’s risk 404.C
Product (in quadrangular set of six points) 343.C
Product (of cardinal numbers) 49.C
Product (of completely additive classes) 270.H
Product (of elements of a graded algebra) 203.B
Product (of elements of a group) 190.A
Product (of hyperfunctions) 125.X 274.E
Product (of ideals) 67.B
Product (of knots) 235.A
Product (of linear operators) 37.C 251.B
Product (of matrices) 269.B
Product (of objects) 52.E
Product (of ordinal numbers) 312.C
Product (of paths) 170
Product (of real numbers) 355.B
Product (of sets) 381.B
Product (of tensors) 256.K
Product algebraic variety 16.A
Product amalgamated (of a family of groups) 190.M
Product Blaschke 43.F
Product bracket (in a Lie algebra) 248.A
Product bundle 147.E
Product cap (in (co)homology groups of a space) 201.K
Product cap (in homological algebra) 200.K 201.K
Product cardinal (of a family of ordered sets) 311.F
Product Cartesian (of a family of sets) 381.E
Product Cartesian (of mappings) 381.C
Product Cartesian (of ordered simplicial complexes) 70.C
Product Cartesian (of s.s.complexes) 70.E
Product Cartesian (of sets) 381.B
Product category 52.B
Product Cauchy (of series) 379.F
Product complex 200.H 350.D
Product complex (of cell complexes) 70.D
Product cross- (in cohomology groups of a space) 201.J
Product cross- (in homology groups of a space) 201.J
Product cross-(of vector bundles) 237.C
Product crossed (in von Neumann algebra theory) 308.I
Product crossed (of a C*-algebra) 36.I
Product crossed (of a commutative ring and a group) 29.D
Product cup (in K-theory) 237.C
Product cup (of cohomology classes) 201.I
Product cup of derived functors 200.K
Product cup, reduction theorem 200.M
Product decomposition, dual direct 422.H
Product difference 337.I
Product divergent infinite 374.F
Product double chain complex 200.E
Product Euler 450.V
Product event 342.B
Product exterior (of a p-vector and g-vector) 256.O
Product exterior (of differential forms) 105.Q
Product exterior (of elements of a linear space) 256.O
Product exterior (of two vectors) 442.C
Product external (of derived functors) 200.K
Product fiber, over S 52.G
Product free (of groups) 190.M
Product Hermitian inner 256.Q
Product infinite 379.G App. Table
Product inner (for a pairing) 424.G
| Product inner (in a Hermitian linear space) 256.Q
Product inner (in a Hilbert space) 197.B
Product inner (in a metric vector space) 256.H
Product inner (of two hyperspheres) 76.A
Product inner (of two n-tuples) 256.A
Product inner (of two vectors) 442.B
Product inner (with respect to a linear space and its dual space) 256.G
Product inner, space 442.B
Product interior (of a differential form with a vector field) 105.Q
Product internal (of derived functors) 200.K
Product intersection (of homology classes) 201.0
Product intersection (of two subvarieties) 16.Q
Product Kronecker (of matrices) 269.C
Product logical (of propositions) 411.B
Product mapping 425.K
Product measure 270.H
Product measure space 270.H
Product measure space complete 270.H
Product metric space 273.B
Product of ideals of a commutative ring 67.B
Product of inertia 271.E
Product ordinal (of a family of ordered sets) 311.G
Product partial 379.G
Product Pontryagin 203.D
Product projective C*-tensor 36.H
Product proper (of two normal g-lattices) 27.A
Product restricted direct 6.B
Product Riemannian (of Riemannian manifolds) 364.A
Product rule 299.D
Product scalar (of linear operators) 37.C
Product scalar (of two vectors) App. A Table
Product scalar triple (of three vectors) 442.C
Product skew (of measurable transformations) 136.D
Product slant 201.K
Product smash 202.F
Product space 425.L
Product space reduced 202.Q
Product spatial tensor 36.H
Product sum of 216.A
Product symmetric (of a topological space) 70.F
Product tensor (of A-homomorphisms) 277J
Product tensor (of A-modules) 277.J
Product tensor (of algebras) 29.A
Product tensor (of chain complexes) 201.J
Product tensor (of cochain complexes) 201.J
Product tensor (of distributions) 125.K
Product tensor (of Hilbert spaces) 308.C
Product tensor (of linear mappings) 256.I
Product tensor (of linear representations) 362.C
Product tensor (of linear spaces) 256.I
Product tensor (of locally convex spaces) 424.R
Product tensor (of sheaves) 383.I
Product tensor (of vector bundles) 147.F
Product tensor (of von Neumann algebras) 308.C
Product theorem for dimension 117.C
Product topological space 425.L
Product topology 425.L
Product torsion (in a category) 200.K
Product torsion (of two A-modules) 200.D K
Product uniform space 436.E
Product uniformity 436.E
Product vector 442.C App. Table
Product vector triple 442.C App. Table
Product wedge (of derived functors) 200.K
Product Weierstrass canonical 429.B
Product Whitehead 202.P
Product(s) (of algebraic varieties) 16.A
Production planning 376
Production rule 31.B
Profinite groups 210.C
PROGRAM 75.C
Program evaluation and review technique 376
Program machine-language 75.C
Programming 75.C 385.B
Programming bilinear 364.D
Programming chance-constrained 408.A
Programming convex 264.C
Programming disjunctive 264.C
Programming dynamic 127.A 264.C
Programming fractional 264.C
Programming geometric 264.D
Programming integer 264.C
Programming linear 264.C
Programming linear mathematical 264.D
Programming mathematical 264.A
Programming multiobjective 264.C
Programming multistage 264.C
Programming network 264.C
Programming nonconvex 264.D
Programming parametric 264.C
Programming problem 0-1 integer 215.A
Programming problem all-integer 215.A
Programming problem concave 292.A
Programming problem convex 292.A
Programming problem linear 255.A
Programming problem mathematical 264.B
Programming problem mixed integer 215.A
Programming problem nonlinear 264.C
Programming problem pure-integer 215.A
Programming problem quadratic 292.A 349.A
Programming stochastic 264.C 408.A
Programming stochastic, model 307.C
Programming two-stage linear, under uncertainty 255.F
Programming two-stage stochastic 408.A
Progression arithmetic 379.I App. Table
Progression geometric 379.I App. Table
Progressive (set) 407.B
Progressive process 407.B
Progressively measurable (stochastic process) 407.B
Projecting (in a projective space) 343.B
Projection (from a direct product set) 381.E
Projection (in a projective space) 343.B
Projection (of a covering space) 367.B
Projection (of a fiber bundle) 147.B
Projection (of a fiber space) 148.B
Projection (of a Hilbert space) 197.E
Projection (on a tangent bundle of a Banach manifold) 286.K
Projection (onto a homogeneous space) 199.A
Projection (to a quotient set defined by an equivalence relation) 135.B
Projection canonical (on modules) 277.F
Projection canonical (onto a quotient set) 135.B
Projection center of (in projective geometry) 343.B
Projection Lie minimal 76.B
Projection matrix 269.I
Projection method of orthogonal (of H.Weyl) 323.G
Projection method, Rosen’s gradient 292.E
Projection operator (in a Hilbert space) 197.E
Projection orthogonal 139.E G
Projection orthogonal (on a Hilbert space) 197.E
Projection parallel (in an affine space) 7.C
Projection regular knot 235.A
Projection relaxation with 440.E
Projection stereographic 74.D
Projection unramified (of a covering surface) 367.B
Projective (Banach space) 37.M
Projective (object in an Abelian category) 200.I
Projective (object) 200.I
Projective A-module 277.K
Projective algebraic variety 16.A
Projective algebraic variety fundamental theorems of 72.F
Projective algebraic variety quasi- 16.C
Projective approximation method 304.B
Projective C*-tensor product 36.H
Projective class 200.Q
Projective class group 200.K
Projective collineation 343.D
Projective collineation in the wider sense 343.D
Projective connection 80.O
Projective coordinate system 343.C
Projective coordinates 343.C
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