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Methods of optimal solutions for Test Client, OSI
Uploaded: 22.11.2018
Content: OUI0022 Методы оптимальных решений для Test Client, ОЮИ.rar 497,13 kB
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1. Boundary value problem for a differential equation:
2. Number sequence:
3. Functional range:
4. Non-local events:
5. Multiple events:
6. Derivative in the direction:
7. Set:
8. Asymptote of the graph:
9. Algebraic addition of the matrix element:
10. The improper integral:
11. The task of inventory management is:
12. Opposite events:
13. Statistical hypothesis:
14. Taylor´s series:
15. The identity matrix:
16. Cooperative games:
17. Games with non-conflicting interests:
18. Event:
19. Mathematical statistics:
20. RANDOM EVENT:
21. The quantifier of universality:
22. Simplex method:
23. Critical work:
24. The only possible events:
25. Credible event:
26. The definite integral:
27. Maclaurin series:
28. Work package (complex of operations, or project):
29. Inflection point of the function:
30. Convexity of a function:
31. Critical path:
32. Function:
33. The indefinite integral:
34. Correlation between two variables:
35. Linear space:
36. The point of the function extremum:
37. A process with discrete states is understood as:
38. Equally possible events:
39. Euclidean space:
40. Graph of a function of two variables:
41. Cost function (a particular kind of production function):
42. Inventory management consists of:
43. Network model:
44. Derivative of function:
45. Matrix:
46. Minor of the matrix element:
47. Queuing Theory:
48. A process with continuous time is understood as:
49. The inverse matrix:
50. Model:
51. Independently in the aggregate events:
52. Probability Theory:
53. The functions of demand, consumption, supply:
54. The sum of several events:
55. The duality theory:
56. Convex set:
57. Quantifier of Existence:
58. Rank of the matrix:
59. The determinant of a square matrix:
60. Independent events:
61. Geometrical meaning of the derivative:
62. Fashion of the variational series:
63. Differential of function:
64. The critical path method is used for:
65. Correlation analysis:
66. Work:
67. Variational series:
68. Power series:
69. By random (probabilistic or stochastic) process is understood:
70. An orthonormal basis:
71. Release function (a particular kind of production function):
72. Network planning:
73. Matrix Matrix:
74. Median of the variational series:
75. The basis of a linear space:
76. Gradient function:
77. Duration of fictitious work is assumed equal to:
78. Dispersion analysis:
79. Ordinary differential equation:
80. An event can be:
81. Critical Events:
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