CTU FEE Moodle
Sizing of communications networks
B232 - Summer 23/24
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Sizing of communications networks - XP32DKS
| Credits | 4 |
| Semesters | Summer |
| Completion | Exam |
| Language of teaching | Czech |
| Extent of teaching | 2P + 2C+ 2D |
Annotation
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Study targets
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Course outlines
1. Network topology, network types, queueing theory
2. Using graph theory, algorithms over graphs
3. Flows in networks, sizing of edges and nodes
4. Reliability of communication networks, methods of increasing reliability
5. Classification of service systems, mathematical description
6. Waiting and lost serving systems
7. Models of G / G / N / X service systems
8. Service quality parameters, consequences for sizing
9. Conclusions from the theory of service systems, matrix description
10. Application of queueing theory, queueing mechanisms
11. Using simulation environments for network modelling
12. Input flow description and simulation runtime control
13. Output flow analysis, statistical processing
14. Search for behaviour patterns and sorting of network responses
2. Using graph theory, algorithms over graphs
3. Flows in networks, sizing of edges and nodes
4. Reliability of communication networks, methods of increasing reliability
5. Classification of service systems, mathematical description
6. Waiting and lost serving systems
7. Models of G / G / N / X service systems
8. Service quality parameters, consequences for sizing
9. Conclusions from the theory of service systems, matrix description
10. Application of queueing theory, queueing mechanisms
11. Using simulation environments for network modelling
12. Input flow description and simulation runtime control
13. Output flow analysis, statistical processing
14. Search for behaviour patterns and sorting of network responses
Exercises outlines
1. Introduction to network modelling
2. Working with topological data, import from GIS
3. Operations over graphs, optimization tasks
4. Using graph theory
5. Application of the queueing theory
6. Simulation environment OMNET / OMNEST
7. Description of input flows
8. Simulation runtime control
9. Display of simulation outputs
10. Output flow analysis
11. Statistical processing of simulation results
12. Project in the OMNET / OMNEST environment
13. Project in the OMNET / OMNEST environment
14. Evaluation of Project in the OMNET / OMNEST environment
2. Working with topological data, import from GIS
3. Operations over graphs, optimization tasks
4. Using graph theory
5. Application of the queueing theory
6. Simulation environment OMNET / OMNEST
7. Description of input flows
8. Simulation runtime control
9. Display of simulation outputs
10. Output flow analysis
11. Statistical processing of simulation results
12. Project in the OMNET / OMNEST environment
13. Project in the OMNET / OMNEST environment
14. Evaluation of Project in the OMNET / OMNEST environment
Literature
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Requirements
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