GENERAL INFORMATION
- Name:
- Telematics Networks and Services.
- Degree:
- Telecommunication Engineering. 5th Year. Mandatory. 3+3 credits.
- Professor(s):
- Alberto Eloy García Gutiérrez.
- Timetable:
- 1st Semester.
Tuesday (18:30 - 19:30)
Thursday (18:30 - 20:30)
Friday (18:30 - 19:30)
OBJECTIVES
This subject has for objective to enlarge the acquired knowledge along the subject of “Data Transmission”, giving a much more practical vision of the systems of current communication networks. After carrying out a reminder of the fundamental principles of the computers networks, it is deepened in the knowledge of the different network architectures (SNA, DNA, AppleTalk), as well as their relationship with the pattern ISO. The specification of fundamental parameters associated with the pattern of layers takes us to deepen in the Physical layer (topologies, means), Link (access to the means) and Network (addressing and routing). In accordance with this outline technologies of local area networks (LAN) are analyzed and their relationship with the packet switching networks (X25, Frame Relay and IP), those which, and especially in the case of INTERNET they are studied in detail. To be concluded we make a description of the main applications and services that we can find at the moment in the communication networks: services of electronic messaging for example (E-mail), the transfer of files, the network administration or the security.
SYLLABUS
Lesson I: Communication Networks Foundation.
Types of Networks –Topologies - Transmisión Media – Normalization - Reference Models: Architecture - OSI model - Other Architectures.
Lesson II: Media Access Control and Transmisión Techniques.
Transmision Techniques - Access Media Control - Access Methods for broadband networks – FDDI – DQDB – ISDN – ATM - X.25 - Frame Relay - Network Interconnection - Physcal Layer Interconnection - Link Layer Interconnection - Network Layer Interconnection - InterLink Layer - Interconnection of Heterogeneous Systems
Lesson III: TCP/IP Architecture.
IP Protocol – Addresing – Datagrams – Functions – ICMP – Routing – TCP – UDP.
Lesson IV: Application Layers.
OSI Session Layer - OSI Presentation Layer - OSI Application Layer – Client/Server Model - IP Application Layer – Telnet - SMTP – FTP - Others
Lesson V: Distributed Applications.
Electronic mail - Functional Model and Protocols – Addreses - Server Architecture – MIME - Scenarios of interconnection - Information Services – DNS – Servers – Security - Management Systems.
EVALUATION CRITERIA
Progress Tests.
Practical sessions & works.
Final exam in February and extraordinary exam in September.
BIBLIOGRAPHY
William Stallings: “Communications and Computer Networks”; Ed. Prentice-Hall. 5th Edition. 1997
William Stallings: “Networking Standards. A Guide to OSI, ISDN, LAN, and MAN Standards”; Ed. Addison-Wesley. 1993
Karanjit S. Siyan: “Inside TCP/IP”; Ed. New Riders. 3rd Edition. 1997
Uyless Black: “Computer Networks. Protocols, normalization and interfaces”; Ed. Ra-ma. 1995
MATERIALS
| Apuntes Tema 1 |
28/09/2012 |
 |
| Apuntes Tema 2 |
28/09/2012 |
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| Transparecias Tema 1 |
26/09/2012 |
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| Transparecias Tema 2 |
26/09/2012 |
|
| Transparencias Tema 3 - 1ª Parte |
19/10/2012 |
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| Transparencias Tema 3 - 2ª Parte |
15/11/2013 |
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| Transparencias Tema 4 |
30/11/2012 |
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