Diplomstudiengänge:       

Elektrotechnik:  Spezialisierung Kommunikationsnetze (Wahl)

Informatik:        Nebenfach Kommunikationsnetze (als Ersatz für „Datennetze“ bzw. „Neue Telekommunikationsnetze“)

  Bachelor Studiengänge:

Informations-Systemtechnik: Wahlbereich Communications Engineering - Communication Networks, Kommunikationsnetze (Wahl)

Informatik: Nebenfach Kommunikationsnetze (Wahl)

Wirtschaftsingenieurwesen Elektrotechnik:  Grundlagen Ingenieurwissenschaften und Vertiefung Elektrotechnik (Wahl)

  Master Studiengänge:

Elektrotechnik: Wahlbereich Kommunikationstechnik - Kommunikationsnetze (Wahl)

Wirtschaftsingenieurwesen Elektrotechnik: Wahlbereich Kommunikationstechnik - Kommunikationsnetze  (Wahl)

Informations-Systemtechnik: Wahlbereich Communications Engineering - Kommunikationsnetze (Wahl)

Informatik: Nebenfach Kommunikationsnetze (Wahl)

Voraussetzungen / Prerequisites

·        Vorlesung Kommunikationsnetze / Communication Networks Class; optional Internet lab

Rahmenbedingungen /  Credits, language and exam

• Leistungspunkte/Credits:      4 Credits

• Sprache/Language:               English

• Prüfung/Exam:                      mündliche Prüfung / oral exam

• Prüfungstermin/ Dates:        www.tu-braunschweig.de/eitp/studierende/pruefungen

Termin / When

• Summersemester 2009

Vorlesungsbeschreibung / Description

The goal of this course is to provide an understanding of the principles of broadband networks. The broadband networks of today emerged from the traditional telecommunications networks; today, they partially refer to the next generation access, metro and core network technologies and partially as high performance networks, such as the networks for cloud and super-computing. Broadband networks can use various transmission media (fiber, free space) and are designed to support many different services, ranging from video conferencing, to scientific and entertainment services. These issues will be dealt with in the course.  In addition, the course will briefly cover the underlying concepts of the wireless broadband networks, and expose the research problems within. The course project will explore latest network technologies, discuss the corresponding network control and management, and address methods to analyse and simulate broadband networks.

NOTE: This is an advanced class, which is all in English, including the class material. Class participants must understand basics of communication networks, must speak English and be able to read and understand advanced technical material in English. The classes are interactive, based on discussions and team research and project work. The discussions are technical, and verbal and writing skills in English are essential. This is NOT the class where a student can learn basics about networks, or learn English and work on his/her language skills.

Literature:

B. Mukherjee: Optical WDM Networks, Kluwer Publishers, 2007.

F. Travostino, J. Membretti, G. Karmous-edwards: Grid Networks, John Wiley and Sons, 2006.

B. Bing: All in a Broadband Wireless Access Network: A Comprehensive Workbook on the Next Wireless Revolution, 2005.

Inhalte / Content

• Principles of broadband communications
• Optical networks: architectures and protocols
• Optical control plane
• Carrier-grade Ethernet
• Optical broadband access
• Wireless broadband access
• Integration of optical and wireless broadband networks
• Field trials and testbeds
  

Assignments and Projects

Planned. All assignments, projects and presentations will be in English.

Haben Sie Fragen zur Vorlesung?

Senden Sie uns eine eMail an: kns-vorlesung(at)ida.ing.tu-bs.de

For any questions send an email to kns-vorlesung(at)ida.ing.tu-bs.de

 

Bitte einloggen.