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Distributed Information-Communication Networks
Major: Information and Communication Systems
Code of subject: 6.126.02.E.052
Credits: 6.00
Department: Telecommunication
Lecturer: Ph.D. Seliuchenko Marian
Semester: 6 семестр
Mode of study: денна
Завдання: The study of an educational discipline involves the formation of competencies in students of education:
general competences:
INT The ability to solve complex specialized tasks and practical problems in the field of information systems and technologies, or in the learning process, characterized by complexity and uncertainty of conditions that require the application of theories and methods of information technologies.
professional competences:
FCS1.1 The ability to apply methods and tools of modern information technologies for the design, development and deployment of applied information systems in various fields
FCS1.3 Ability to apply modern information technology methods and tools for modeling, designing and developing communication systems, web-oriented systems, smart systems, sensor systems, embedded systems, micro-/nano-systems and their analogues;
FCS1.6 The ability to deploy, administer and support information systems based on network technologies and the ability to develop technical documentation.
Learning outcomes: 1. Ability to apply knowledge in the field of information security of radio and telecommunications systems and networks for planning and application of measures, decision-making to ensure the protection of information and technical systems in the field of professional activity.
2. Ability to design systems and networks in the field of professional activity using current regulations and technical standards.
3. Ability to speak English to a sufficient extent to carry out professional activities, write scientific articles, read and interpret international technical standards.
4. Knowledge of theories and methods of designing radio and telecommunication systems and networks to the extent necessary to solve specialized problems and practical problems in the field of professional activity.
5. Ability to apply the methodological basis for research in the field of radio electronics and telecommunications.
6. Ability to design systems and networks in the field of professional activity using current regulations and technical standards.
7. Ability to apply knowledge in the field of civil protection in professional activities in order to minimize the impact of emergencies on the functioning of radio and telecommunications systems.
8. Ability to learn throughout life and continuous training in the workplace.
9. Ability to administer heterogeneous local telecommunications networks based on the TCP / IP protocol stack.
10. Knowledge of the basics of administration of telecommunications systems and networks to the extent necessary for professional activities in the field of systems administration.
11. Ability to conduct research in the field of information communication networks to the extent sufficient to identify patterns of their behavior and increase the efficiency of their operation.
12. Knowledge of protocols and methods of building infocommunication networks to the extent sufficient for professional activities.
13. Knowledge of software platforms and technologies for their application for the development of specialized software for information communication networks.
14. Ability to develop specialized software systems and complexes to the extent sufficient for professional activities.
15. Ability to plan, develop and research distributed heterogeneous service systems using elements of Cloud technologies.
16. Knowledge of the basics of system programming of infocommunications to the extent sufficient for the development and maintenance of specialized software systems.
17. Knowledge of protocols and methods of building global information systems to the extent sufficient for professional activities.
Required prior and related subjects: Embedded systems
Infocommunication networks
Operating Systems
Workshop on the development of software platforms for information and communication systems
Summary of the subject: The course is devoted to the study of basic technologies and methods of building distributed service systems and cloud technologies. The student must learn to deploy, operate and maintain distributed service systems and Cloud technologies.
Опис: Lecture classes
Introductory lesson.
Architectures of distributed systems.
Deployment of distributed systems.
Communication in distributed systems.
Distributed P2P systems
Saving information in distributed systems
Fault tolerance of distributed systems
Security of distributed systems
Cloud systems
Promising technologies of distributed systems
Assessment methods and criteria: Testing on passed topics (in a virtual learning environment) (10%).
Protection of laboratory work in the form of a survey on the completed reports. (35%)
Exam control (55%) (written component - extended answers to questions and problem solving (82%), oral component - questionnaires on the list of questions to be studied and submitted for semester control (18%).
Критерії оцінювання результатів навчання: Current control consists of two components:
1) Mid-term control - conducted in the form of testing on passed topics in a virtual learning environment, for which each student receives the appropriate number of points. Each topic includes the same number of questions and is evaluated on a five-point scale. The sum of points is multiplied by the correction factor - 0.66
2) Protection of laboratory work - is carried out in writing in PDF format. The PDF form contains information about the student and 5 questions to which the student must provide answers. Each question is valued at one point. As a result of the correct answer to all questions, the student receives 5 points.
Examination control consists of two components:
1) written - - is made in writing in PDF format. The PDF form contains information about the student and 8 questions to which the student must provide answers. The first seven questions are test questions and are valued at 5 points, the last question at 10 points
2) oral - conducted in the form of a survey, where the student answers any three questions according to a pre-approved list of questions. Each question is worth 5 points
Recommended books: 1. Andrew S. Tanenbaum, Maarten Van Steen, "Distributed Systems: principles and paradigms" (2nd edition)
2. Coulouris et а1., Distributed Systems — Concepts and Design.
3. Chow and Johnson, Distributed Operating Systems and Algorithms
4. Mullender, Distributed Systems, 2nd ed.
5. Verissimo and Rodrigues, Distributed Systems for Systems Architects