![[PRS1] Design of Networks 1](https://www.kis.fri.uniza.sk/wp-content/uploads/2020/04/KIS-subject-PrS1.png)
Main objectives of the course:
A student completing the course will gain a knowledge in the field of advanced routing network technologies.
Student:
– gain a theoretical knowledge and will have a deeper understanding of design contexts of advanced IP networks and services
– make a deeper focus on the technology of large ISPs networks
– be familiar of the services offered within this type of networks
– will have all the theoretical knowledge supported by practical skills
Lecturers from the department:
| Course information sheet | |||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| University: University of Žilina | |||||||||||||
| Faculty: Faculty of Management Science and Informatics | |||||||||||||
| Course ID: 5IN216 | Course name: Design of Networks 1 (PRS1) | ||||||||||||
| Form, extent and method of teaching activities: | |||||||||||||
| Number of classes per week in the form of lectures, laboratory exercises, seminars or clinical practice | Lectures: 2.0 Seminars: 0.0 Lab.exercises: 4.0 | ||||||||||||
| Methods by which the educational activity is delivered | Present form of education | ||||||||||||
| Applied educational activities and methods suitable for achieving learning outcomes | |||||||||||||
| Number of credits: 6.0 | |||||||||||||
| Study workload: hours Specification of the study workload: | |||||||||||||
| Recommended term of study: 1. year, summer semester | |||||||||||||
| Study degree: 2. | |||||||||||||
| Required subsidiary courses: Prerequisites: Co-requisites: | |||||||||||||
| Course requirements: Continuous assessment / evaluation: In the interim evaluation it is possible to obtain: - points for working up solution documentation. The maximum for all submitted documentation documents is 100 points, which make a 20% weight of the final grade. - conducting six mid-term tests from leading lectures. Each test contains 4 questions for 1 point each, the maximum score of all tests is 24 points (6*4). Required minimum is 12 b. Collected points weight 20% of the final grade. Two tests can be corrected at the end of the semester. Final assessment /evaluation: For final evaluation is necessary to take final written exam. The final evaluation is the result of the sum of interim (continuous) and final evaluations: - 20% points for documentation - 20% points for ongoing tests - 60% final test Final evaluation: 100-92 A 91-84 B 83-76 C 75-68 D 67-61 E To enroll for an exam student must have 12 points. | |||||||||||||
| Course outcomes: A student completing the course will gain a knowledge in the field of advanced routing network technologies. Student: - gain a theoretical knowledge and will have a deeper understanding of design contexts of advanced IP networks and services - make a deeper focus on the technology of large ISPs networks - be familiar of the services offered within this type of networks - will have all the theoretical knowledge supported by practical skills | |||||||||||||
| Course scheme: Lectures: - OSPF routing protocol - IS-IS routing protocol - The issue of routing redistribution and redistribuon control tools in routed networks - BGP routing protocol (EBGP, IBGP, cooperation IGP and BGP) - Management of routing policies in BGP - Multicast - Principles of multicast in IP networks - IGMP, PIM, MSDP - MPLS technology, signaling protocols LDP, RSVP, RSVP-TE - Selected applications of MPLS technology: L3VPN, L2VPN - principles, case studies - Techniques for rapid convergence of networks and services, high availability (BFD, FRR, IPFRR, GR / NSF, NSR, ISSU) - IPv6 within of MPLS network environment, 6PE and 6VPE, and dual stack, DNS64. Laboratory works: Laboratory activities are based on practical implementation of topics presented during lectures and further bibliography study (practicing and configuring OSPF, IS-IS, EBGP / IBGP, configuring multicast in IP networks, configuring MPLSa and basic L2-L3 VPN services, etc.). | |||||||||||||
| Literature: - J.Doyle, Routing TCP/IP Volume I a II - T.Lammle, S.Odom, K.Wallace, CCNP Routing Study Guide - J.Soricelli, JNCIS Study Guide - S.Halabi, Internet Routing Architectures - I.Minei, J.Lucek, MPLS Enabled Applications - C.Hellberg, Broadband Network Architectures | |||||||||||||
| Instruction language: slovak/english | |||||||||||||
| Notes: | |||||||||||||
| Course evaluation:: Total number of evaluated students: 43
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| A | B | C | D | E | FX | ||||||||
| 20.93 % | 51.16 % | 20.93 % | 6.98 % | 0.00 % | 0.00 % | ||||||||
| Course teachers: Lecture: Ing. Roman Kaloč, PhD. Lecture: Ing. Marek Moravčík, PhD. Lecture: prof. Ing. Pavel Segeč, PhD. Laboratory: Ing. Marek Moravčík, PhD. Laboratory: prof. Ing. Pavel Segeč, PhD. | |||||||||||||
| Last updated: 2021-02-23 07:50:41.000 | |||||||||||||
| The person responsible for the course: prof. Ing. Pavel Segeč, PhD. | |||||||||||||
| Approved by: prof. Ing. Pavel Segeč, PhD. | |||||||||||||