Subject of professional study
Subject of general study
Discipline of Applied Mathematics specialization
Discipline of Informatics specialization
Discipline of the optional block - Actuarial and Financial Mathematics
Discipline of the optional block - Modeling of Financial InstrumentsForeign Language for Professional Use
The abstract is being updated
Mathematical Risk Theory in Information Technology
Essence of economic risk. Main types of economic risks. Risk management in IT. Risk assessment methods. Risk assessment in IT. Selection of the optimal strategy in conditions of risk associated with uncertainty. Optimal behavior in conditions of specific types of risk. Methods of risk reduction in IT. Financial decisions under risk in the IT industry. Investment efficiency analysis in IT.
Models of Queuing Systems
Flows of random events: ordinary, nonstationary Poisson, with limited aftereffect (Palm], Erlang flows. Markov processes with discrete and continuous time, the system of differential equations for finding probabilities of the states, the system of algebraic equations for finding the limiting probabilities of the states, processes of death and reproduction. Queueing systems: with failures, with queue, with limited waiting time, closed.
Modern Web Technologies
The course covers the study of the fundamentals of modern internet technologies: analyzing subject areas, formulating technical requirements, using contemporary tools for web page development, such as Node.js, Docker, RabbitMQ, Angular, and microservices architecture when implementing internet projects, and applying acquired knowledge in the development of web projects.
Server-side Web Programming
The course covers the entire process of developing server-side web applications using ASP.NET MVC, Web API, and SignalR technologies.
Final Сoursework
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Дисципліна за вибором
Дізнатися анотацію курсу буде можливо після вибору дисципліни
Elective Course
The course annotation will be available after the course selection.
Actuarial mathematics
Block 2. Information Technology in Economic Systems
Parallel Computing and Its Implementation Tools
Block 1. Information and communication technologies. The course covers the fundamental concepts of parallel computing theory and the technologies used for their implementation. Significant attention is given to parallel computing systems, their classification, performance analysis, and the evaluation of parallel algorithms' efficiency. The course examines hardware architectures for parallel computing and the components of the communication environment of parallel computing systems.The main methods related to static and dynamic parallelization of programs and algorithms are presented. The course also explores the methods for synthesizing parallel algorithms and provides examples of parallel algorithms used to solve various tasks, such as linear algebra problems, solutions to integral and differential equation systems, and the modeling of interacting particle systems.The complexity and real performance acceleration of the discussed parallel computing algorithms are also analyzed.
Mathematical methods of statistical data processing and analysis
Block 2. Information Technology in Economic Systems
Quantum computers.
Block 1. Information and communication technologies. Introducing students to a new and popular field of research that is rapidly developing - the theory of quantum computers. Briefly considered the history of quantum computing. The logic apparatus of quantum computation is introduced, quantum protocols of information transfer, fundamentals of quantum computation are considered. A brief description of possible implementations of quantum computers is given.
Programming with ASP.NET.
Block 2. Information Technology in Economic Systems
Mobile Device Programming
Block 1. Information and communication technologies. Basic Information about Mobile Devices and Applications. Programming for Android. Basics of Mobile Application Development and Design. Data Storage and Processing in Mobile Applications. Touch Input Information. Information Security in Mobile Applications. Characteristics of Wireless Data Transmission Technologies.
Internship on the topic of the Master's qualification thesis.
Execution of the Master's qualification thesis.
Defense of the Master's qualification thesis.
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