1 / 15

Network Architecture Course 2013-14

Departamento de Tecnología Electrónica. Network Architecture Course 2013-14. General Information (I). Lecturer Jorge Ropero Departamento deTecnología Electrónica (Módulo G). http://www.dte.us.es Timetable Monday, 12:40-14:30. (Theory). Thursday, 10:40-12:30 (Problems/Labs). Room I0.10.

pillan
Télécharger la présentation

Network Architecture Course 2013-14

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Departamento deTecnología Electrónica NetworkArchitectureCourse 2013-14

  2. General Information (I) Lecturer Jorge Ropero Departamento deTecnología Electrónica (Módulo G). http://www.dte.us.es Timetable Monday, 12:40-14:30. (Theory). Thursday, 10:40-12:30 (Problems/Labs). Room I0.10

  3. General information (II) Contact Office: G1.52 E-mail: jropero@dte.us.es Phone number: 954554325 Web: http://www.dte.us.es/personal/jropero Tutorings: Mondays, 11:00-12:30 Tuesdays, 17:30-19:00 Wednesdays, 11:00-12:30 Thursdays, 12:30-14:00

  4. General information (III) • Materials and information • - “Enseñanza virtual” WebCT. • http://ev.us.es • - Access using University of Seville Virtual User (Usuario Virtual) • Lecturer’s web page www.dte.us.es/personal/jropero - English version. • Twitter @ArquitecturaRed

  5. Objectives Advanced networking Services OSI layers advanced features

  6. How are we going to do it? Theory and problems Chapter 1: Introduction to Network Architecture   Chapter 2: Network Services.  Chapter 3: TCP/IP Architecture advanced features   Chapter 4: Wireless Local Area Networks • Theory (2 h/w) • Problems (2h/w-alternatively) Room I0.10

  7. Lab Sessions Session 0. Previous concepts. Session 1. DNS. Session 2. Mail/TFTP/FTP. Session 3. DHCP/ICMP. Session 4. RIP/NAT. Session 5. Wireless networks. How are we going to do it? Lab G1.31 • Laboratory (2h/w-alternatively) • Compulsory!

  8. What are we using? Support material Take notes!

  9. What are we using? Ping Traceroute Routeprint Netstat Arp Wireshark ….. Free distribution tools

  10. What are we using? Real equipment (Intranet)

  11. What are we using? Basic bibliography Internet resources: RFCs (http://www.rfc-es.org/), IEEE (http://www.ieee.org), …

  12. Assesment criteria Continous assessment: Theory and Problems (TPM) Continuous tests (CTM) In theory or problem classes. CTM is a weighted average of the different CTMs Laboratory sessions (LM) Compulsory attendance. Final laboratory test. FM = TPM*0,80 + LM*0,20 Pass!  FM >= 5, TPM >= 4, LM>= 4.

  13. Assesment criteria Official assesment: Theory and problems (TPM) 0-10 Laboratory (LM) Pass or Fail TPM >= 5 and LM >= 5 FM = max (TPM, TPM*0,80 + LM*0,20) NTP >= 5 y NPL = Pass FM = TPM

  14. Planning

  15. Questions?

More Related