Computer Networks (B-KUL-D0I64A)
Aims
The domain which we are studying here has been subject to a very fast technical evolution for a couple of decades. The student learns the principles of data communication and computer networks, so that (s)he is able to follow the current evolution towards high-speed networks, but also assess the technical implications of current social discussions about themes like information highway, Internet, video-on-demand, privatization of telecom operators, etc.
Previous knowledge
The student has enough knowledge of system software to be able to understand the structure and functioning of the diverse network components.
Course material
Text book
Is also included in other courses
- Bachelor of Business Economics: Information Systems Engineering (Abridged Programme) 120 ects.
- Preparatory Programme: Bachelor of Business Economics: Information Systems Engineering 66 ects.
- Preparatory Programme: Master of Business Economics: Information Systems Engineering 90 ects.
- Preparatory Programme: Bachelor of Business Economics: Information Systems Engineering 78 ects.
- Preparatory Programme: Master of Business Economics: Information Systems Engineering 30 ects.
- Preparatory Programme: Master of Business Economics: Information Systems Engineering 36 ects.
- Preparatory Programme: Master of Business Economics: Information Systems Engineering 24 ects.
-
Bachelor of Business Economics: Information Systems Engineering
180 ects.
-
Bachelor in Business Economics: Information Systems Engineering (new students 2012-2013 and students 2011-2012)
180 ects.
Activities
6.0 ects. Computer Networks (B-KUL-D0I64a)
Content
- The structure and architecture of a network: the OSI model versus Internet
- Networks based on direct connections: Ethernet, IEEE 802.11, adaptors
- Package links: bridges, ATM, link equipment
- Connecting networks: IP and Internet
- Protocols for communication between processes: UDP and TCP
- Allocation of tools: congestion control & Quality of Service
- Data formats & data compression
- Network security
- Application protocols: DNS, SMTP, HTTP, SNMP, RTP
