|Assessment length / details
|Study and Report 1 assignment. 2000 Words
|2 Hours Examination written exam
|Study and Report Resit failed examination and/or resubmission of failed/nonsubmitted coursework components or ones of equivalent value. 2000 Words
|2 Hours supplementary exam Resit failed examination and/or resubmission of failed/nonsubmitted coursework components or ones of equivalent value.
On successful completion of this module students should be able to:
demonstrate extensive knowledge of the internal operation of the Internet and its protocols.
demonstrate an ability to make decisions and provide guidance in the choice of appropriate communications technologies and protocols to solve requirements for typical real world scenarios.
demonstrate an ability to assess the effect of likely technological developments on existing network applications.
demonstrate an appreciation of the security issues that surround the Internet and its applications and how these can be mitigated.
The Internet is a complex, multi-organisation network reaching nearly all parts of the world. The functioning of this network and the applications running upon it depend on a complex set of protocols. This module addresses the fundamental aspects of the most important issues that permit the network and its applications to operate successfully. The module also addresses the current threats to the Internet and topics still emerging from R&D studies around the world.
This module discusses the detailed underlying operation of the Internet and its constituent components and is an essential topic in its own right as well as providing a solid foundation for much of the other material covered in this MSc.
2. Revision of basic issues in Data Communication
3. Local Area Networks. A detailed study of variants of the technologies collectively known as Ethernet.
4. Other Network Technologies. A brief look at fast and wireless network technologies.
5. Standards. The ISO OSI Model.
6. Unicast Network Level Protocols in use in today's Internet. Including further study of protocols such as IPv4, ICMP, ARP, RARP used in unicast applications and IPv4 and IGMP used in multicast applications.
7. Unicast Routing in the Internet. Example routing problems. Interior and exterior routing protocols. Protocols covered will include RIP, OSPF and BGP.
8. Multicast Routing in the Internet. Example routing problems. Protocols covered will include PIM-DM, PIM-SM and MSDP. We will also cover the role of the Rendezvous Point, Anycast IP, and issues still under debate in the technical community.
9. Transport Level Protocols. An in-depth study addressing the behaviour of TCP and UDP. Connection establishment and termination, flow control under various load conditions, timeouts and retransmission, newer features and performance.
10. Naming and Directory Services. Including the DNS and LDAP and their use.
11. Quality of Service. The need for and the provision of Quality of Service (QoS) within packet based networks such as the Internet which are inherently best efforts at heart.
12. Security Issues. The inherent risks within networks such as the Internet, hacking, viruses, trojans, worms and denial of service attacks. The role of the Firewall and the problems it can bring.
13. Current and Future Issues. The (still) emerging IPv6 protocol and other active issues.
|Application of Number
|Significant mathematical application is needed for Internet traffic analysis
|Electonic communications inherent to module
|Improving own Learning and Performance
|The assessed coursework requires students to develop their understanding of issues associated with the module
|Entire content of module.
|Personal Development and Career planning
|The assignment addresses challenging issues concerned with Internet applications and networks
|On-line web exploration and synthesis and application of relevant materials is required both by the assignment and the examination
|Subject Specific Skills
|See learning outcomes
|Practical sessions conducted as group activity
This module is at CQFW Level 7