Module purpose: studying of the theory of real
numbers; exact top and bottom sides of a numerical set;
limit of numerical sequence; the main properties of
meeting sequences, communications of infinitely big
sequences with infinitesimal; limit of monotonous
sequence; Cauchy's Criterion of existence of a limit of
function; properties of infinitesimal and infinitely big
functions. remarkable limits. Concept of a uniform
continuity.
Knowledge: to prove properties of functions, continuous on a
set, differentiable functions, the main theorems of differential
calculus. ; various forms of the residual member of a formula
of Taylor. Practical skills of creation of the schedule of
functions. Ability to use various methods of integration and
application of certain integrals in geometry, mechanics and
physics; Theorems of average value. Integral with a variable
top limit. The residual member of a formula of Taylor in an
integrated form.
MODULE 2 Algebra and geometry and probability
theory
AG1403
Algebra and geometry
Prerequisites: DM 2308 Discrete mathematics
Module purpose: studying of the theory of systems of
the algebraic equations, main properties of determinants
and matrixes, algebraic and geometrical description of
lines and surfaces of the second order, initial data on
groups, rings and fields, probabilistic and statistical
concepts, as simple probability and its assessment;
random variable, its numerical characteristics and their
estimates; main methods of estimation.
Knowledge: axiomatics of linear and Euclidean spaces,
concepts of basis and coordinates, the theory of linear
operators in linear spaces, classification of normal operators in
Euclidean and unitary spaces, the theory of square forms and
quadric.
Ability to use the Gauss method for calculation of
determinants, decisions and researches of systems of the linear
algebraic equations, researches of systems of vectors on linear
dependence, calculations of the return matrixes, findings of a
rank and base of system of vectors of arithmetic space.
MODULE 3 Mathematical logic
ML 1405
Mathematical logic – І
Prerequisites: DM 2308 Discrete mathematics, AG 1201
Algebra and geometry
Module purpose: consists in providing students with
basic knowledge in the field of logic of statements, logic
of predicates and indistinct logic, and also in acquisition
Knowledge: concepts of basis and coordinates, the theory of
linear operators in linear spaces, classification of normal
operators in Euclidean and unitary spaces, the theory of square
of skills of use of mathematical apparatus for the system
analysis of problems, the solution of the practical tasks
connected with formalization of processes of receiving,
information processing.
forms and quadric. Syntax and semantics of logic of predicates.
Normal
forms.
Quantor-free
formulas.
Equivalent
transformations of formulas.
Ability in common to solve the objectives connected with
probability theory and mathematical statistics; the system: at
students the probabilistic and statistical thinking and ability to
cope with objectives has to be developed.
3.2 Block of professional modules
MODULE 1 Mathematical analysis
MA1406
Mathematical analysis – II
Prerequisites: AG 1201 Algebra and geometry
Module purpose: studying of the theory of real
numbers; exact top and bottom sides of a numerical set;
limit of numerical sequence; the main properties of
meeting sequences, communications of infinitely big
sequences with infinitesimal; limit of monotonous
sequence; Cauchy's Criterion of existence of a limit of
function; properties of infinitesimal and infinitely big
functions. remarkable limits. Concept of a uniform
continuity.
Knowledge: to prove properties of functions, continuous on a
set, differentiable functions, the main theorems of differential
calculus. ; various forms of the residual member of a formula
of Taylor. Practical skills of creation of the schedule of
functions. Ability to use various methods of integration and
application of certain integrals in geometry, mechanics and
physics; Theorems of average value. Integral with a variable
top limit. The residual member of a formula of Taylor in an
integrated form.
MODULE 2 Algebra and geometry and probability
theory
AG1403
Algebra and geometry
Prerequisites: DM 2308 Discrete mathematics
Module purpose: studying of the theory of systems of
the algebraic equations, main properties of determinants
and matrixes, algebraic and geometrical description of
lines and surfaces of the second order, initial data on
groups, rings and fields, probabilistic and statistical
concepts, as simple probability and its assessment;
random variable, its numerical characteristics and their
estimates; main methods of estimation.
Knowledge: axiomatics of linear and Euclidean spaces,
concepts of basis and coordinates, the theory of linear
operators in linear spaces, classification of normal operators in
Euclidean and unitary spaces, the theory of square forms and
quadric.
Ability to use the Gauss method for calculation of
determinants, decisions and researches of systems of the linear
algebraic equations, researches of systems of vectors on linear
dependence, calculations of the return matrixes, findings of a
rank and base of system of vectors of arithmetic space.
MODULE 3 Mathematical logics
ML 1406
Mathematical logics – ІІ
Prerequisites: DM 2308 Discrete mathematics, AG 1201
Algebra and geometry
Module purpose: consists in providing students with
basic knowledge in the field of logic of statements, logic
of predicates and indistinct logic, and also in acquisition
of skills of use of mathematical apparatus for the system
analysis of problems, the solution of the practical tasks
connected with formalization of processes of receiving,
information processing. As a result of module studying
students will own terminology of algebra of logic,
indistinct logic, and logic of predicates, to use
mathematical
symbolics
for
expression
of
the
quantitative and qualitative relations of objects; to know
bases of creation of the correct logical conclusion on the
basis of schemes of formalization of judgments in a
natural language. Also within this module the main data
on construction and the analysis of the mathematical
models considering random factors will be stated to
Knowledge: concepts of basis and coordinates, the theory of
linear operators in linear spaces, classification of normal
operators in Euclidean and unitary spaces, the theory of square
forms and quadric. Syntax and semantics of logic of predicates.
Normal
forms.
Quantor-free
formulas.
Equivalent
transformations of formulas.
Ability in common to solve the objectives connected with
probability theory and mathematical statistics; the system: at
students the probabilistic and statistical thinking and ability to
cope with objectives has to be developed; the subject: students
have to learn to address freely with such concepts, as
probability, a random variable.
students. Students will examine probability theory bases
within finite-dimensional random variables.
MODULE 5 Programming
YaTP 1417
Languages and technologies of programming
Prerequisites:
Module purpose: syntax and semantics of programming
languages, main models, approaches and programming
receptions; basic designs of programming languages for
record of algorithms, types and structures of data;
technologies of design and development of programs.
Knowledge: paradigms of programming, syntax and semantics
of programming languages, main models, approaches and
programming receptions; basic designs of languages
programming for record of algorithms, types and structures of
data; technologies of design and development of programs;
architecture of the software; Ability to build effective
algorithms and to realize them in various programming
languages; to carry out the lexical analysis, parse, effective
implementation of the software; uses of several parallel
computing models and tools.
MODULE 6 Algorithms
ASD 1421
Algorithms and Data Structures
Module purpose: to write programs with use of the
principles of object-oriented design; to solve problems
by means of structures of data, such as linear lists,
stacks, turns, a hash table, binary trees, binary trees of
search, and the column and to write programs for these
decisions; to realize algorithms of creation of the final
automatic machine for right linear grammar and vice
versa, the automate machines with store memory on
context-free grammar and vice versa; works with
functions of a temporary and capacitor assessment of
complexity of algorithms.
Knowledge and abilities: the fundamental principles of
algorithms development: methods of divide and dominate,
algorithms on columns, structures of data (heaps, a hash table,
search trees); modern technologies of creation of algorithms
taking into account structures of used data and computer
systems for which they are realized; principles and methods of
the analysis of complexity of algorithms; ways of carrying out
optimization of algorithms; current state in the field of research
and the analysis of algorithms; bases of the theory, methods
and receptions of practical use of the device of formal
grammars and final automate machines; classifications of
grammars according to Chomsky's hierarchy; properties of
regular and context-free languages; main algorithmically
tractable and insoluble problems of the theory of automate
machines and formal languages.
EP 1001
Educational Practice
The aim of the educational practice is to solve the
problems in different
languages on the topics covered during the semester, as
the fixing of the material, as well as on topics previously
impassable, as the deepening of knowledge in
programming.
The
objectives
of
the
educational
practice
are:
-fixing programming knowledge obtained during the training;
In-depth
knowledge
of
programming;
-learn the algorithms of various programming tasks;
-learn to solve various programming tasks in different
programming languages.
MODULE 1 Mathematical analysis
MA1407
Mathematical analysis – II
Prerequisites: AG 1201 Algebra and geometry
Module purpose: studying of the theory of real
numbers; exact top and bottom sides of a numerical set;
limit of numerical sequence; the main properties of
meeting sequences, communications of infinitely big
sequences with infinitesimal; limit of monotonous
sequence; Cauchy's Criterion of existence of a limit of
function; properties of infinitesimal and infinitely big
functions. remarkable limits. Concept of a uniform
continuity.
Knowledge: to prove properties of functions, continuous on a
set, differentiable functions, the main theorems of differential
calculus. ; various forms of the residual member of a formula
of Taylor. Practical skills of creation of the schedule of
functions. Ability to use various methods of integration and
application of certain integrals in geometry, mechanics and
physics; Theorems of average value. Integral with a variable
top limit. The residual member of a formula of Taylor in an
integrated form.
MODULE 2 Algebra and geometry and probability
theory
TVMS 1404
Probability theory and mathematical statistics
Prerequisites: MA 1202 Mathematical analysis.
Module purpose: studying of the theory of systems of
the algebraic equations, main properties of determinants
and matrixes, algebraic and geometrical description of
lines and surfaces of the second order, initial data on
groups, rings and fields, probabilistic and statistical
concepts, as simple probability and its assessment;
random variable, its numerical characteristics and their
estimates; main methods of estimation.
Knowledge: axiomatics of linear and Euclidean spaces,
concepts of basis and coordinates, the theory of linear
operators in linear spaces, classification of normal operators in
Euclidean and unitary spaces, the theory of square forms and
quadric.
Ability to use the Gauss method for calculation of
determinants, decisions and researches of systems of the linear
algebraic equations, researches of systems of vectors on linear
dependence, calculations of the return matrixes, findings of a
rank and base of system of vectors of arithmetic space.
MODULE 3 Numerical methods
DU2411
Differential equations
Module purpose: Ability to plan changes for
improvement of systems and creation of new systems,
possession skills of planning of time, skills of
independent work, possession elementary computer
skills, possession the main methods of search, collecting,
preparation, processing and the analysis of information
used in professional activity by means of modern
computer technologies.
Knowledge and abilities: the main concept of the
mathematical analysis, theory of limits, function continuity,
differential calculations, theory of integrals, certain integrals
and their applications, approximate methods of calculation of
roots of the equation and certain integrals, theory of function of
several variables, implicit functions, multiple integrals,
curvilinear and superficial integrals.
MOIO2413
Methods of optimization and operation research
Module purpose: Planning, implementation and the
description of the serious research project, ability to state
mathematical proofs and to do exhaustive written and
oral presentations, knowledge of the main of the theory
of material numbers, theories of limits, knowledge of the
main theorems of differential and integral calculus,
approximate methods of calculation of roots of the
equation and certain integrals, possession by skills of the
solution of problems of this area of mathematics.
Knowledge: ability of system understanding of the
phenomena and processes and assuming a combination of
knowledge, understanding and ability of perception whole on
the basis of its parts or elements, possession of theoretical and
experimental methods of research of characteristic problems of
a certain area of mathematics. Ability to apply the received
theoretical knowledge to the solution of practical tasks. Ability
to develop the correct strategy of the solution of objectives.
Ability to adaptation to new situations.
MODULE 4 Mathematical logics
TA 2414
Theory of algorithms
Module purpose: Algebras of statements. Tautologies.
Principle of a duality. Normal forms. Calculation of
statements. Concept of a conclusion. Output rules.
Theorem of deduction. Consistency and completeness of
calculation of statements. Syntax and semantics of logic
of predicates. Normal forms. Quantor-free formulas.
Equivalent transformations of formulas. Calculation of
predicates of Gilberto sky and gentsenovsky types.
Deduction theorem. Calculation of predicates with
equality.
Knowledge: classical and modern theory of the algorithms
(Theory of Computation), one of the main branches of
Computer Science. set-theoretic concepts and designs, final
automate machines and regular languages; automate machines
with a stack and context-free grammars. Ability to prove
theorems of existence of model, Gedel's theorem of
completeness. Theories of the first order. Theory models.
Properties of logic of the first order: theorems of feasibility of
Levengeym, Skolema, Tarsky; compactness theorem.
MODULE 6 Algorithms
TYaA 2422
Theory of languages and automate machines
Module purpose: to write programs with use of the
principles of object-oriented design; to solve problems
by means of structures of data, such as linear lists,
stacks, turns, a hash table, binary trees, binary trees of
search, and the column and to write programs for these
decisions; to realize algorithms of creation of the final
automatic machine for right linear grammar and vice
Knowledge and abilities: the fundamental principles of
algorithm development: methods of divide and dominate,
algorithms on columns, structures of data (heaps, a hash table,
search trees); modern technologies of creation of algorithms
taking into account structures of used data and computer
systems for which they are realized; principles and methods of
the analysis of complexity of algorithms; ways of carrying out
versa, the automate machine with store memory on
context-free grammar and vice versa; works with
functions of a temporary and capacitor assessment of
complexity of algorithms.
optimization of algorithms; current state in the field of research
and the analysis of algorithms; bases of the theory, methods
and receptions of practical use of the device of formal
grammars and final automate machines; classifications of
grammars according to Chomsky's hierarchy; properties of
regular and context-free languages; main algorithmically
tractable and insoluble problems of the theory of automate
machines and formal languages.
3.1 Natural (STEM) module
Fiz1303
Physics
Prerequisites: INF 1105 Information Technologies, Fiz
2203 Physics, DM 2212 Discrete mathematics
Module purpose: studying of sections of mechanics,
kinematics, dynamics of a material point and firm body.
Preservation laws. Elements of the special theory of a
relativity.
Knowledge:
elements
of
mechanics
of
continuous
environments. Fluctuations and waves. Molecular Physics
and thermodynamics. Statistical Physics and thermodynamics.
Statistical distributions. Thermodynamics bases. Transfer
phenomena. Real gases. Electricity and magnetism.
Electrostatics. Direct electric current.
Ability to use a magnetic field. Magnetic field in substance.
Phenomenon of an electromagnetic induction. Equations.
Maxwell. Electromagnetic fluctuations.
Geo 2304
Geoinformatics
Prerequisites:
Module purpose: operating by the spatial distributed
information in geoinformation systems; applications of
geoinformation technologies in the solution of problems
of a various applied orientation; performance of
operations of the analysis and synthesis of objects and
construction on the basis of their description of
information model of system of objects; performance of
comparison of objects on the basis of their information
models.
Knowledge: fundamental concepts of geoinformatics; the
theoretical aspects connected with input-output, representation,
storage and processing of spatial information by means of
geoinformation technologies; information model of system of
spatial objects; methods and features of modelling of spatial
information in geoinformation system.
Ability to learn and model objects and the phenomena of
world around promoting development of scientific outlook and
system and information picture of the world; to enter spatial
information from different sources, to organize its
representation and storage, to visualize and output results of
work.
FNP2104
Philosophy of scientific knowledge
Prerequisites: no
Module purpose: to study science philosophy, as a
culture phenomenon. Philosophy, its subject and
functions. Philosophy in a cultural and historical context.
Historical types of philosophizing in a culture context
Old Indian philosophy as a phenomenon of east culture.
Ancient Chinese philosophy during blossoming of the
Chinese culture. Philosophy in ancient art.
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