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Tempus Project CD_JEP-16160-2001
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Last update:

October 6, 2005

Project's life
Workgroup for Computer Networks
 
 

Contents

Current status
Current status and innovation proposals


Current status

The following Computer Networks courses are delivered at FEEN:

  • Computer Telecommunications (semester VII – 2+2+0)
  • Computer Networks (semester VIII - 2+2+1)

Current status and innovation proposals

Computer Telecommunications semester VII-2+2+0
Prerequisites:
• Telecommunications
• Computer architecture
Main topics:
• Who is who in telecommunications world ?
• Public switched telephone network (PSTN), Public switched data network (PSDN)
• Data transmission, Transmission media
• OSI reference model, Physical layer
• Network components (modems, routers, bridges, switches, hubs.)
• Encoding/decoding techniques
• Error detecting and correcting codes
• Packet switching and circuit switching
Basic of wireless communication
• Basic of wireless communication
Outcomes (be familiar with) :
• Data transmission technique
• Network components
• Standards and regulatives for data transmission
 
Computer Networks semester VIII-2+2+1
Prerequisites:
• Computer architecture
• Programming in C++ and Java
• Physical layer communication
Main topics:
• Background and history of networking and Internet
• Network architectures, Network hw and sw
• Protocol layers and their reference models (OSI and TCP/IP)
• The Data Link Layer (services, elementary protocols, example protocols: HDLC, PPP)
• MAC and LANs (Ethernet, Token Bus, Token Ring, Fast Ethernet)
• The Network Layer (services, virtual circuits and datagrams, routing algorithms, congestion control, IP protocol)
• The Transport Layer (services, addressing, multiplexing and demultiplexing, TCP and UDP)
• The Application Layer (DNS, WWW, e-mail, File transfer)
Outcomes (be familiar with) :
• Understanding the hierarchical, layered structure of typical network architecture;
• Discuss important network standards;
• Explain how network can detect and correct transmission errors;
• Explain how the packet is routed over the Internet;
• Install a simple network with two clients and single server;
• Design and build a simple web-based application;
Labs:
• Framing
• Error control
• Flow control
• Datagram sockets
• Stream sockets (HTTP client/server)
• Windows NT network tools
Text books:
• Andrew S. Tanenbaum, Computer Networks (third edition)
• James F. Kurose, Keith W. Ross, Computer Networking: Atop Down Approach Featuring the Internet.
Innovation proposal:
• Textbook on Computer Networks in Serbian
• Two new courses, Wireless networks and Network management
 
Wireless networks (new course proposal)  
Prerequisites:
• Computer telecommunications
• Computer networks
Main topics:
• Evolution of wireless networks
• Standards and regulatives
• Network planning
• Networking (LAN technology, WAN technology, Satellite communications, Cellular network, Mobility)
• WAP, QoS
• Network components design (IC Technology, SoC design)
• Software support
Outcomes (be familiar with) :
• Wireless network standards and regulatives
• Mobility management
• Wireless technologies
• Design of wireless network components
 
Network management (new course proposal)  
Prerequisites:
• Computer networks
• Operating systems
Main topics:
• Network management: goals, organization and functions
• Services
• Types of management: models and languages (SNMP, Remote monitoring - RMon, Telecomunication Management Networks - TMN)
• Tools for network management
• Web-based management
• Aspects of system and network administration
Outcomes (be familiar with) :
• Network and system management
• Practical aspects of administration (e-mail, print, remote access, software and monitoring services)
 

 

     

         

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