Secure and Reliable Communication
Master
In Bergen (Norway)
Description
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Type
Master
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Location
Bergen (Norway)
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Duration
2 Years
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Start date
Different dates available
The program comprises courses in the fields of coding theory, information theory, cryptography, network information theory, and network security. Each student also undertakes a masters thesis in conjunction with a supervisor on a relevant topic. The courses are each undertaken over a single semester and will be assessed by a combination of assignments and end-of-semester examinations. For more detailed descriptions of course contents please link to the relevant course details.
Programme profile
The group conducts research in the field of secure communication at a high international level. It has good contacts in the international community and has been regularly involved in organization of many international conferences. The group has been evaluated as ¿Excellent¿ in all three the evaluations of ICT groups in Norway initiated by the Research Council of Norway.
Master projects will be of theoretical or practical nature. Projects are selected to give candidates an insight into problems of interest at the frontier of international research in design of cryptographic primitives, state-of-art cryptanalysis, post quantum cryptography, quantum computing and information theory, coding theory, etc.
Facilities
Location
Start date
Start date
About this course
To train students to a masters level in the topics of coding theory, telecommunications, cryptographic primitives, and both network coding and network security. The associated mathematical algorithms and structures will be covered. The aim is to both prepare students for future in industrial careers in computer science or mathematics or security, and/or to prepare students for future academic careers.
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Subjects
- Network
- Network security
- Design
- Art
- International
- Communication Training
- Network Training
- Knowledge
- Programme
- Learning
- Defined
- Completion
Course programme
- On completion of the programme the candidate should have the following learning outcomes defined in terms of knowledge, skills and general competence:
The candidate
- should be aware of the state-of-the-art knowledge in the areas of coding theory, telecommunications, cryptography, and network security.
- should be aware of imminent developments in the above areas.
- should have mastered the underlying mathematical theory for the above areas.
The candidate
- should be able to analyse and design systems in the context of coding theory, telecommunications, cryptology, and network security.
- should be able to simulate systems by means of software coding.
- by means of the masters thesis, should have some understanding as to how to research into specialist areas and be able to arrange and present such research in the form of a document (thesis).
The candidate
- should be able to assimilate various topics in the course and understand how they interact.a
Secure and Reliable Communication