- To conduct a system analysis of multiservice networks and justify the choice of methods for transmitting their information flows;
- To apply knowledge of fundamental and natural sciences, system analysis and modeling technologies, standard algorithms and discrete analysis when solving design tasks;
- To argue the choice of software and technical tools to ensure optimal operation of multi-service platforms based on the analysis of their properties, purpose and technical characteristics taking into account system requirements and operating conditions;
- Demonstrate knowledge of the modern level of multiservice network structure and technologies, practical skills in using active and passive network equipment, network protocols of different OSI model levels.

Algorithms modeling technology of information systems functioning

Development of a multi-service platform consists of three stages: analysis, design and implementation, as a result of iterative execution of which there is a step-by-step "building up" of the system. During the analysis and design stages, the architecture of the future platform is built. The architecture of the software of a system or a set of systems consists of all important design decisions concerning program structures and interactions between these structures which make up systems. Design decisions provide a desirable set of properties which the system should support to meet the requirements of the customer and to function effectively. Having studied the training material of this course, post-graduate students will supplement their knowledge about existing today's architecture and constituent elements of multi-service platforms; they will learn to use modern software tools to create effective multi-service platforms by various criteria.

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Current control - 40%
Written Component - 50%
Oral component - 10%