ИОТ 3 ( Стохастический анализ и актуарная математика )
SFM 3501
Stochastic Financial Mathematics
2+1+0
The aim of the course is to familiarize students and simple
methods of calculating compound interest in customer service,
bill discounting methods, calculation methods when working
with multiple currencies simultaneously.
The ability to determine the effectiveness of capital
investments on the basis of the discount - bringing the
future capital expenditure for the initial time.
MS 3502
Mathematical Statistics 3kredita /
2 +1 +0
The aim of the course is to acquaint the students of classical
and research universities with the basic concepts, results and
important practical applications of modern trends of
mathematical statistics.
Knowledge: Basic tasks and allocation of
mathematical statistics;
Skill: Finding the probability characteristics related to
the empirical distribution functions, sample
characteristics, and order statistics;
SA 3503
Stochastic analysis 2kredita /
1 1 0
The course is devoted to presenting some of the important
sections of the general theory of stochastic analysis and its
applications
The purpose of discipline is to teach students the basics of
oznokomlenie stochastic analysis and martingale theory, and
some of their applications.
Knowledge: Basic concepts and the most important
fundamental results of the general theory of stochastic
processes, the Fundamentals of the theory of
martingales and semi-martingales, the definition of a
stochastic differential equation and its solutions;
Skill: Distinguish between the major classes of
stochastic processes;
PSE 3504
Applied Statistics and Econometrics 3kredita /
Prerekvezity:
2 +1 +0
The purpose of discipline - to familiarize students with the
basic techniques of applied statistics and econometrics as tools
of statistical analysis and forecasting.
Knowledge of the basic econometric methods and the
ability to apply them in solving practical problems.
The ability to examine the existing model on the
deviation from the classical with the aid of special
tests. Ability to make appropriate statistical
inferences on the estimated model and predict.
TSP 3505
The theory of stochastic processes 3kredita /
Prerekvezity:
2 +1 +0
The purpose of teaching is to introduce students of
mathematical and other specialties of classic and research
universities with the basic concepts and parts of the theory of
stochastic processes, based on a strict mathematical sense, yet
suitable for initial familiarization presentation.
Knowledge: Basic classes of random processes,
Wiener process, the correlation theory of stationary
random processes, the Elements of martingale theory,
the basic concepts of the theory of Markov processes,
the basic concepts of the theory of stochastic Ito
integral.
Skill: Distinguish between the major classes of
stochastic processes; Finding finite-dimensional
distributions of random processes with independent
increments and Markov processes;
PTTV 3506
Limit theorems of probability theory 3kredita /
Prerekvezity:
2 +1 +0
The purpose of discipline is to present a series of classical and
some of the latest results of the theory of summation of
independent random variables, one of the most important and
heavily developed areas of probability theory.
Knowledge: The history of the origin and
development of the limit theorems of probability
theory and mathematical statistics; Ability: Proving
the classical limit theorems Moivre-Laplace and
Poisson equations by direct methods;
AM 4507
Actuarial Mathematics 3kredita /
Prerekvezity:
2 +1 +0
This course is part of the course 1 minimum program of
Actuaries in Kazakhstan. In this course, we study the
fundamentals of the theory of life insurance. That is, the
program of the course includes the following topics: the
construction of mortality tables, insurance annuities theory, the
theory of life insurance, mutual insurance annuities, retirement
plans.
Be able to: meet the challenges of the financial
annuities, build life table, to determine the current
and future value of the different types of insurance
annuities, determine the size of one-time and annual
net premiums and gross premiums for life insurance
products, to determine the amount of the annual
insurance reserves; find pension payments and
savings.
SU 4508
Stochastic equation 3 Credits 2+1+0
Know: definition and properties of the main objects of study in
the theory of probability, atakzhe language most important
statements, methods of proof, possible areas of application. Be
able to: solve the problem of computational and theoretical
nature of probability theory, to establish the relationship
between the concepts introduced to prove a well-known
assertions and related to them are new.
To own: a variety of mathematical techniques,
choosing a combination of different methods to
describe and analyze probabilistic models. The
development of the theory of probability is necessary
for further study of mathematical statistics, the basic
theory of stochastic processes, concepts of modern
science, many special courses devoted to the
modeling of natural processes. Knowledge of
probability theory can greatly help in the construction
and analysis of the various mathematical models
arising in physics, chemistry, biology, medicine,
economics, finance and actuarial fields, as well as in
technology. In addition, the methods of probability
theory are widely used in a number of areas of
modern mathematics.
MSP 4509
Markov random processes 3kredita /
Prerekvezity:
2 +1 +0
The purpose of teaching is to introduce students of classical
and research universities with the basic concepts of the theory
of Markov chains and Markov processes, as well as some of
their most important applications.
Knowledge: Basic concepts of the theory of Markov
chains, Markov processes and families, the family of
operators associated with Markov processes; Skill:
Distinguish between the different classes and the
states of Markov chains;
MSR 4510
Mathematics risk insurance 3kredita /
Prerekvezity:
2 +1 +0
The purpose of discipline is to teach students the principles of
risk management in insurance, decision-making in risky
situations for the various types of insurance schemes, methods
of formalizing and solving problems on the financial
characteristics.
As a result of the discipline students must:
know: quantitative characteristics of the financial
stability of the insurer;
main types and properties of the insurance contracts;
be able to: formalize tasking decision making under
risk;
analyze the sources of risk to use to describe them
adequate measures of risk;
ИОТ 4 (( Дифф. уравнение и уравнение математической физики )
KTDU3301
The qualitative theory of differential equations
3 credits / 3 ECTS
Prerequisites: none
2 +1 +0
This course provides the necessary information at the outset
to understand the course. Outlines some of the modern
methods
of
the
qualitative
theory
of
differential
equations. The examples and applications. We study various
classes of systems of differential equations and their
classification based on some asymptotic properties of the
system of differential equations.
As a result, teaching undergraduates own methods of
investigation of linear and nonlinear systems of
differential equations. Would know the classifications
of systems of linear differential equations and their
properties.
I listen all the course is formed deep knowledge
necessary for the study of differential equations to solve
applied problems and competent professional to address
any problems that arise in their daily work.
IE 3304
Integral Equations
3 credits / 3 ECTS
2+1+0
Many of integral equations describe the real natural-technical
processes, i.e. they are of practical importance. In this course
we study linear, nonlinear and weakly singular integral
equations and their applications in problems of physics,
mechanics, engineering, biology and other natural Sciences.
- to have an idea of: the role of integrated equations in
problems of natural Sciences; about their own
functions; on rezolventa; the Fredholm theorems.
- know: the fundamental theorem of integral equations,
and properties of symmetric and self-adjoint operators;
theorem of Fredholm;
- be able to: solve the problems, associated with integral
equations; to prove the main theorems about properties
of integral equations; to build the above resolution of
the equations of Fredholm and Voltaire
LUMP 2303
Differential equations with a small parameter
3 credits / 3 ECTS
Prerequisites: none
2+1+0
Any mathematical model that adequately describes the
reality in terms of differential equations, certainly includes
(explicitly or implicitly) the various options, and in a typical
situation, their values are known only approximately with
some accuracy. Therefore, the question about the behavior of
solutions of differential equations with a small change in the
value of the input parameter equation is of fundamental
interest. This course focuses on more complex singular
occasion - when not fulfilled the assumption of regularity of
the occurrence of a parameter in the equation.
Ability to apply the theoretical knowledge to solve
practical problems. Ability to develop the right strategy
the task. possession of theoretical and experimental
research methods characteristic problems of a specific
area of mathematics.
PCPSDE 3308
Periodic and conditionally periodic solutions of
differential equations
3 credits / 3 ECTS
Prerequisites: none
2+1+0
Elective course is devoted to a nonlinear periodic
oscillations. Outlines the theory of periodic solutions And.
Poincare and A.M.. The Lyapunov exponent and the
development of the theory Bogoliubov N.N., Mitropolsky
YU.M., A.M.. Samoylenko, etc. In the course of
conditionally-periodic solutions are studied on the basis of
the world-famous KAM theory: a theory developed by
outstanding mathematicians Kolmogorov A.N., Arnold
CENTURIES and Moser Yu. Understand the application of
this theory in celestial and applied mechanics of the
objectives of the movement of the various bodies. The
course develops the theory of periodic and conditionally
periodic solutions of differential equations, developed by
mathematicians
of
Kazakhstan,
schools
prominent
mathematicians as: prof. Harasahal R., member-
correspondent Academy of Sciences of KazSSR
UmbetzhanovD.U., etc.
- know basis of the theory of fluctuations and periodic
motions described by differential equations, the theory
of the existence of periodic and conditionally periodic
solution of equations.
- to be able to apply this knowledge in the study and
solution of problems of mechanics, physics and other
branches of science;
- own: the methods of construction and conditionally
periodic solutions of linear and quasilinear equations,
developed by well-known specialists including lecturer.
LIDU 3303
Linear and integral-differential equation
3 credits / 3 ECTS
Prerequisites: none
2+1+0
The purpose of discipline is to acquaint the student with
basic problems of the theory and methods of solutions of
initial and boundary value problems for linear integro-
differential equations of arbitrary order.
The task of the discipline. This course will cover the initial
and boundary value problems for linear integro-differential
equations of arbitrary order in cases where the order of the
external differential operator more about the inner
differential operator, and when, the order of the external
differential operator of order less than the internal
differential operator. Will be given methods for solving
initial and boundary value problems for linear integro-
differential equations using the fundamental systems of
solutions of initial and boundary functions of internal and
external differential operators, and without the use of the
fundamental systems of solutions.
As a result of the course, students should:
know: and theoretical foundations of the theory of
integral-differential equations;
be able to:-accurately and thoroughly substantiate the
reasoning;
-to use mathematical models of real processes for the
effective application solutions;
have the skills to:-establish the correct type of integral
and differential equations, select a method, and receive
his decisions and solve it with the initial boundary
conditions;-in reading literature by some sections of the
integral-differential equations;
be competent in modern methods of research in the
field of integral and differential equations.
TOPL 3304
The theory of generalized Lyapunov exponents
3 credits / 3 ECTS
Prerequisites: none
2+1+0
We study the generalized exponents of linear systems of
differential equations and its application in the study of
nonlinear vector differential equations.
The purpose of teaching the course - mastery of the theory of
generalized indicators for further research and professional
activities.
objectives:
- To develop a deep knowledge of the basics of the
theory of generalized indicators;
- The ability to apply this knowledge in the study of
nonlinear differential equations and solving problems in
various areas of science and technology.
BVPIJDE 4318
Boundary value problems with initial jumps for
differential equations
3 credits / 3 ECTS
Prerequisites: none
2+1+0
This course focuses on the study of the asymptotic behavior
of solutions of the singular perturbed linear differential
equations with phenomena initial jumps. The singular
perturbed differential equations have attracted many
researchers great applied significance of these equations.
They serve as the mathematical models in the study of the
most diverse processes of modern technology and physics,
biology, ecology, etc.
As a result of studying of the course students should:
to know:
- theoretical fundamentals of the theory of boundary
value problems with initial jumps for differential
equations;
be able to:
- accurately and thoroughly explain the reasoning;
- the use of mathematical models of real processes for
effective solutions of applied problems;
have the skills to:
- correctly set the type of differential equations with
initial jumps, select the method and acceptance of its
decisions and to solve it in the light of the initial-
boundary conditions;
- in the reading of special literature on some sections of
integro-differential equations;
to be competent in modern methods of research in the
field of differential equations with initial jumps.
KZDSCHP 3306
Boundary value problems for systems of partial
differential
3 credits / 3 ECTS
Prerequisites: none
2+1+0
Boundary value problems for equations of elliptic and
parabolic type in Holder spaces and Sobolev spaces. The
first and second boundary value problems for systems of
parabolic equations in Holder. The existence, uniqueness,
assessment solutions. The method of constructing a
regularizer in order to prove the existence of solutions,
method of Schauder estimates for output solutions. The
Dirichlet problem for elliptic equations in Sobolev space.
Exist, estimates of the solution of the problem. Fredholm
theorem.
As a result of study, students must master techniques of
a priori estimates of the Holder and Sobolev spaces, and
the solvability of boundary value problems of parabolic
type methods (method of construction of a regularizer
in order to prove the existence of solutions, method of
Schauder, Fredholm differential operators).
KZDSODU 3307
Boundary value problems for systems of EDE
3 credits / 3 ECTS
Prerequisites: none
2+1+0
In many areas of applied mathematics arise boundary value
problems for ordinary differential equations. The course will
address the specific tasks of the application, leading to
boundary value problems for systems of differential
equations. Will discuss various approaches to the study
questions in the qualitative theory and methods for finding
approximate solutions of boundary value problems for
ordinary differential equations. The comparative analysis of
the existing methods.
As a result of study, students will be introduced to
methods of solving boundary value problems for
ordinary differential equations with a small parameter at
the highest derivative. Be able to identify the impact of
a small parameter in the asymptotic behavior of the
solutions, find out about the growth of solutions at the
point of initial jump. Have the skills for solving
boundary value problems for systems of ordinary
differential equations.
TCPMF 4317
Theoretical and computational problems of
mathematical physics
3 credits / 3 ECTS
Prerequisites: none
2+1+0
Course «Theoretical and computational problems of
mathematical physics» devoted to learn about the modern
problems of mathematical physics. The main purpose is the
decidability problem of the theory of differential equations in
partial derivatives and their effective computational
algorithms. Along with linear equations will also be
considered nonlinear differential equations in partial
derivatives with real applications.
The student should know: Mathematical analysis,
algebra, geometry and the theory of ordinary
differential equations.
Be able to: Solution of ordinary differential equations
and their numerical implementation is not a computer.
Own: the Languages of programming solution of tasks
with the help of the package of applied programs.
TeorPH 4309
The theory of filtration
3 credits / 3 ECTS
Prerequisites: none
2+1+0
The theory of filtration - section of hydrodynamics,
dedicated to the study of the movement of fluids through
porous media, i.e. the body, filled with the system of
interconnected, voids (ERP). Porous are many natural body:
soils, rocks, wood, skin, bone, soft tissue of animals, as well
as artificial materials: construction (concrete, a brick), food
(bread), artificial leather, ceramics, metal parts, obtained by
method of powder metallurgy, etc. Porous soil is the top
layer of the soil serves as a basis of agriculture. Already it is
a simple listing shows the tremendous role of porous media
in people's lives. A characteristic of all of these materials -
the ability to accumulate liquid and let it move under the
action
of
external
forces.
The purpose of the discipline is to expand the knowledge of
the student in question movement of groundwater, which is
A study of the theory of filtration, students must master
the methods of calculation of groundwater flow, water
inflow to water intake structures, filtering water
retaining structures to the extent that is sufficient for
solving typical engineering problems and for the
assimilation of subsequent special disciplines.Have an
idea: on the origin and classification of groundwater;
the filtration of water in the soil; filtration rate; filtration
properties
of
soils;
water-bearing
layers
and
водоупорах; hydro-mechanical theory of filtration;
method электрогидродинамической analogy.Know
and be able to use: fundamental laws filtering;
calculation equations uniform and non-uniform motion
of groundwater; the shape of the curves of
depression.Have experience of: calculating the flow of
closely connected with the tasks of water supply and
sanitation, as well as the operation of hydraulic structures.
water to the water intake facilities; determination of
water inflow to the perfect and imperfect groundwater
wells and watersheds galleries; definition of the
downgrade and the radius of influence of the well;
assessment filtering in hydrotechnical structures;
calculation of filtering in groundwater dams and dikes
and calculation of filtering embankments; the hydraulic
calculations dewatering during construction.
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