3. Формализация.Заключается в выбор

3. Формализация.
Заключается в выборе системы условных обозначений и с их помощью записывать отношения между составляющими объекта в виде математических выражений. Устанавливается класс задач, к которым может быть отнесена полученная математическая модель объекта.
4. Выбор метода решения.
На этом этапе устанавливаются окончательные параметры моделей с учетом условия функционирования объекта. Для полученной математической задачи выбирается какой-либо метод решения или разрабатывается специальный метод.
5. Реализация модели.
Разработав алгоритм, пишется программа, которая отлаживается, тестируется и получается решение нужной задачи.
6. Анализ полученной информации.
Сопоставляется полученное и предполагаемое решение, проводится контроль погрешности моделирования.
7. Проверка адекватности реальному объекту.
Результаты, полученные по модели сопоставляются либо с имеющейся об объекте информацией или проводится эксперимент и его результаты сопоставляются с расчётными.

Результаты (английский) 1:

3. Formalization.Is to select the legend system and use them to record the relationship between components of an object in the form of mathematical expressions. Sets the class of problems that can be received by a mathematical model of the object. 4. the choice of the solution.At this stage, you set the final parameters of models to suit the operating conditions of the object. For mathematical problem received selects any solution or method is developed by a special method. 5. Implementation of the model.Designing the algorithm, you write a program that is being debugged, tested and we have a solution to the desired task.6. Analysis of the information received.Maps obtained and the solution is error modeling.7. Check the adequacy of the actual object.Results from the model are mapped to either with existing information about the object or experiment and its results are compared with settlement.

Результаты (английский) 2:

3. Formalizing.
It consists in choosing a system of symbols and using them to record the relationship between the components of the object in the form of mathematical expressions. Set the class of problems which can be attributed obtained a mathematical model of the object.
4. The choice of method decision.
At this stage, set the final parameters of the models taking into account the conditions of operation of the facility. To obtain a mathematical problem chosen a method of solution or developed a special method.
5. The implementation of the model.
The algorithm is written a program that is being debugged, tested and get the right solution to the problem.
6. An analysis of the information received.
Collates and anticipated decision, carried out monitoring error modeling.
7. Check the adequacy of the actual object.
The results obtained by the model are compared with any existing information about an object or an experiment and its results are compared with the calculated ones.

Результаты (английский) 3:

3. formalization.
is the selection of symbols and use them to write down the relationship between the components of the object in the form of a mathematical expression. establishes a class of taskswhich can be regarded as the mathematical model of the object.
4. the selection of the decision. "at this stage sets the parameters of models, taking into account the conditions of the object.for mathematical tasks is obtained by a method of decision or a special method.
5. the model is developed. the algorithm program, which tweaked.tested and working solution to the task.
6. analysis of the information received and compares the estimated decision.
, a control error modelling.
7.the adequacy of the real object. the results are compared with the available model or object information, or is the experiment and its results are compared with the settlement.