Modul
NGN - Next Generation Networks
Master Communication Systems and Networks 2020
PDF Studiengangsverzeichnis Studienverlaufspläne Master Communication Systems and Networks
Version: 8 | Letzte Änderung: 29.04.2022 13:16 | Entwurf: 0 | Status: vom Modulverantwortlichen freigegeben | Verantwortlich: Grebe
| Anerkannte Lehrveranstaltungen | NGN_Grebe |
|---|---|
| Modul ist Bestandteil der Studienschwerpunkte | CS - Communication Systems N_S - Networks & Security |
| Dauer | 1 Semester |
| ECTS | 5 |
| Zeugnistext (de) | Next Generation Networks |
| Zeugnistext (en) | Next Generation Networks |
| Unterrichtssprache | englisch |
| abschließende Modulprüfung | Ja |
Inhaltliche Voraussetzungen
|
BSN -Fundamentals of System and Network Theory |
Bachelor Level Networking Knowledge and Skills like teached in BSN. Fundamentals of Networks and Protocols (typically Bachelor Level) Layered Communications and Protocol Stacks (ISO/OSI, IETF TCP/IP, IEEE), LAN, MAN, WAN, Fixed Line and Mobile Network Fundamentals, Data Link-Technologies (Ethernet, WiFi), IP-Networking (IPv4, IPv6), IP Routing Protocols (static Routes, RIP, OSPF, BGP), Transport Protocols (TCP (incl. Flow Control / Congestion Control), UDP) and Port Numbers, Application Protocols (HTTP, Request-Response Pattern, Publish-Subscribe Pattern). |
|
|---|---|---|
Handlungsfelder
Wissenschaftlich arbeiten und wissenschaftliche Erkenntnisse anwenden und erweitern
Fachliche Führungs- und Projektverantwortung übernehmen
Modulprüfung
| Benotet | Ja | |
|---|---|---|
| Frequenz | Jedes Semester | |
Prüfungskonzept
In a final examination (oral, optionally written), the students demonstrate their competences in summary form. The examination includes examples of parts of the course which are dealt with in guided questions and subtasks. The examination components comprise the following sub-areas
1. In-depth understanding of fundamental architectures, concepts and techniques.
2. Application of planning and performace evaluation techniques.
3. Evaluation of proposed solutions for correctness, identification of errors in statements or given networks.
Team- and project-oriented skills as well as requirements engineering, information collection and presentation are evaluated during the practical part and examined before the certificate (ULP) is issued.
Learning Outcomes
Understanding architectures and service signalling in Next Generation Networks (All-IP Networks). Competences to evaluate, analyze, design, implement and test NGN components and service areas with heterogeneous service requirements.
How?
Based on Bachelor-level competences on IP networking and services, students learn standards, design principles, architectures and sample implementations of Next Generation Networks and serivces in lectures and exercises. In a small team and organized as semester project, students develop their own NGN service solution, optionally based and on existing systems, and learn how to design, implementnt and anlysze their own service solution.
What for?
To be able to design, analyze, select, use and apply actual and future network servces, based on All-IP networks for enterprise networks, telecommunication networks and mobile networks.
Kompetenzen
Vermittelte Kompetenzen
kommunikationstechnische Systeme und Prozesse analysieren
kommunikationstechnische Systeme und Prozesse realisieren
kommunikationstechnische Systeme und Prozesse prüfen
kommunikationstechnische Systeme und Prozesse beurteilen
Komplexe Fragestellungen sinnvoll auftrennen
Informationen und wissenschaftliche Literatur beschaffen, analysieren, verstehen und auswerten
Erkennen und Verstehen technischer Zusammenhänge
Technische und wissenschaftliche Zusammenhänge darstellen und erläutern
Komplexe technische Aufgabe im Team bearbeiten
Inhaltliche Voraussetzungen
|
BSN -Fundamentals of System and Network Theory |
Bachelor Level Networking Knowledge and Skills like teached in BSN. Fundamentals of Networks and Protocols (typically Bachelor Level) Layered Communications and Protocol Stacks (ISO/OSI, IETF TCP/IP, IEEE), LAN, MAN, WAN, Fixed Line and Mobile Network Fundamentals, Data Link-Technologies (Ethernet, WiFi), IP-Networking (IPv4, IPv6), IP Routing Protocols (static Routes, RIP, OSPF, BGP), Transport Protocols (TCP (incl. Flow Control / Congestion Control), UDP) and Port Numbers, Application Protocols (HTTP, Request-Response Pattern, Publish-Subscribe Pattern). |
|
|---|---|---|
Handlungsfelder
Wissenschaftlich arbeiten und wissenschaftliche Erkenntnisse anwenden und erweitern
Fachliche Führungs- und Projektverantwortung übernehmen
Learning Outcomes
Understanding architectures and service signalling in Next Generation Networks (All-IP Networks). Competences to evaluate, analyze, design, implement and test NGN components and service areas with heterogeneous service requirements.
How?
Based on Bachelor-level competences on IP networking and services, students learn standards, design principles, architectures and sample implementations of Next Generation Networks and serivces in lectures and exercises. In a small team and organized as semester project, students develop their own NGN service solution, optionally based and on existing systems, and learn how to design, implementnt and anlysze their own service solution.
What for?
To be able to design, analyze, select, use and apply actual and future network servces, based on All-IP networks for enterprise networks, telecommunication networks and mobile networks.
Kompetenzen
| Kompetenz | Ausprägung |
|---|---|
| kommunikationstechnische Systeme und Prozesse entwerfen | Vermittelte Kompetenzen |
| kommunikationstechnische Systeme und Prozesse analysieren | Vermittelte Kompetenzen |
| kommunikationstechnische Systeme und Prozesse realisieren | Vermittelte Kompetenzen |
| kommunikationstechnische Systeme und Prozesse prüfen | Vermittelte Kompetenzen |
| kommunikationstechnische Systeme und Prozesse beurteilen | Vermittelte Kompetenzen |
| Komplexe Fragestellungen sinnvoll auftrennen | Vermittelte Kompetenzen |
| Informationen und wissenschaftliche Literatur beschaffen, analysieren, verstehen und auswerten | Vermittelte Kompetenzen |
| Erkennen und Verstehen technischer Zusammenhänge | Vermittelte Kompetenzen |
| Technische und wissenschaftliche Zusammenhänge darstellen und erläutern | Vermittelte Kompetenzen |
| Komplexe technische Aufgabe im Team bearbeiten | Vermittelte Kompetenzen |
Exemplarische inhaltliche Operationalisierung
The course includes topics on Next Generation Network (NGN) and Next Generation Internet (NGI) Fundamentals, Standards and Architectures, Multimedia Services in NGN, Service Signaling, Authentication, Gateway Technologies, NGN in fixed-line and mobile networks, NGN in corporate enterprise networks
Separate Prüfung
keine
Exemplarische inhaltliche Operationalisierung
Working on a small project in a tiny team (2-3 team members) on actual technologies in the area of NGN services and NGI services. The results are reviewed during the course period, summarised in a report and presented to the class. Individual project proposals by students are wellcome.
Separate Prüfung
| Benotet | Ja | |
|---|---|---|
| Frequenz | Einmal im Jahr | |
| Gewicht | 30 | |
| Bestehen notwendig | Ja | |
| Voraussetzung für Teilnahme an Modulprüfung | Nein | |
Prüfungskonzept
Work in lab projects on individual NGN services.
Analyze service, evaluate quality and resource consumption.
Record results in a scientific paper (IEEE format).
Present and discuss results in class.
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