TKK | Tietoverkkolaboratorio | Opetus

Communications and Networking Department

S-38.3138 Special Assignment in Networking Technology (2-6 ECTS)
Instructions for Special Assignment


Contents

1 General Information

2 Topic of Special Assignment

3 Supervision

4 Report

5 Grading

6 Summary

7 Supervisors and Topic Areas of the Special Assignment

 

1 General Information


The scope of the special assignment is from 2 to 6 ECTS. Normally it is a literature study but it can also contain measurements, simulations and programming code. It is possible to do several special assignments, though naturally from different topics.

The special assignment is more extensive and autonomous work than the assignments and exercises written during other courses. It will familiarise student with writing research reports and with the fluent presentation of the achieved results. It will also give abilities needed while writing Master Thesis.

It is recommended that the special assignment is done within the university. A special assignment that is e.g. a description or a summary of one's job, may not fill in the demands.

The special assignment can be written either in Finnish, Swedish or English.

2 Topic of Special Assignment


The recommended topics can be found at the web page of the department. If none of them are suitable for you but you know the topic area about which you would like to write the special assignment, you may contact the concerning supervisor directly (see "7 Supervisors and Topic Areas of the Special Assignment"). Finally, it is possible to suggest your own topic. However, the topic has to be related to the teaching or the research areas of our department. The special assignment, which is not discussed with the supervisor beforehand but is returned finished, will be rejected.

Before starting to write the special assignment a form containing the background, scope and objectives of the work and the supervisor's name, is filled together with the supervisor. The special assignment is a public document and the material it contains can be used without a separate permission of the writer. Additionally, also the reference material of the work has to be mainly public. The final document will be placed in the library of the department where it can be freely borrowed.

3 Supervision

One ECTS corresponds approximately twenty seven working hours, so the scope of the special assignment should correspond to the work of on average 54-162 hours. The ECTS/page ratio is approximately following:

  • 2 ECTS = 13-21 pages
  • 3 ECTS = 22-28 pages
  • 4 ECTS = 29-35 pages
  • 5 ECTS = 36-42 pages
  • 6 ECTS = 43-50 pages

    The following items are not included when counting the above mentioned pages: Title page, Abstract, Table of contents, List of acronyms and concepts, which are numbered as i,ii,iii ect. The running numbers (1,2,3 etc) start from the item "Introduction".

    If e.g. due to the nature of the work this scope is not reasonable, a different number of pages can be discussed with the supervisor. The amount of pages may be less if the work includes e.g. measurements or coding.

    If the student chooses the special assignment of two ECTS, he/she has to discuss with the supervisor 1-2 times during the work + the one time before starting. If the work is larger there has to be more discussion during the work. The discussion may also happen through e-mail.

    You have one (1) year time for your special assignment project. But it is recommended to finish it as quickly as possible, like a project with a deadline. If however it is not finished within one year it becomes invalid. In that case you are not able to continue it but you need to apply a new title. It is the responsibility of the supervisor to make sure that the special assignment is done within the time limit.

    4 Report


    The objective of the report is to show that the student has familiarised himself/herself with the subject. Additionally, while writing the report the student will learn how to report scientific work. The decisions made have to be reasoned and the facts related to possible further work should be discussed. After conclusions a brief view to the future is recommended. This however, should not be exaggerated. In addition to the facts student should bring out own opinions, which naturally should be explained.

    The text should be pertinent and linguistic form has to be correct. The presentations should be clear, outlined and consequential. Terms should be used correctly. The layout has to be well groomed. The figures should be clear and informative. There should be correct page numbers, and numbers for tables, figures and equations. The captions of tables and figures should be reasonable and informative. The references have to be cited during the text, a list at the end of the work is not be enough. The main source of the information should be mentioned emphasised.
     
    Subject
    More information can be found from:
    General Information
    Writing A Paper or Lab Report in Scientific Format by Susan Kaminskyj University of Saskatchewan, http://www.usask.ca/biology/kaminskyj/tools.html
    A Collection of Links
    A collection of links to sites related to scientific writing, Michican Electronic Library, http://elibrary.mel.org/

    The main structure of the work is the following (changes can be made, if reasonable):

    The text should be "Time New Roman". Other types eg. "Arial" can be used only in the titles. The text should be single-spaced. Both sides of the page can be used especially if the report is over 20 pages. The left marginal should be 30 mm and the right marginal 25 mm.

    When ready, the report should be returned to the supervisor both as .pdf-file and as a paper copy (1-2 copies, agree with the supervisor). The supervisor will bring one paper copy to our laboratory's archive.

    To keep the size of the work in reasonable limits figures in vector form rather than bitmap files are preferred. Though, using informative photographs is recommended.

    5 Grading

    The final grading of the work is done by the supervisor or professor. The work will be graded on scale from 0 to 5. Especially the quality of the report and fulfilling the objectives of the course will be paid attention to. To get one of the higher grades, one is expected to do autonomous and unprompted work with scientific approach to the subject. For instance special assignments that are linked with ones daily job and that are more like a summary or a description of one's work, do not necessarily fulfil these criterions. If the nature of the work, manner of performance and/or the quality of the report is not acceptable, the work can be returned to the student for correction or some kind of further clarification might be demanded. Satisfactory (1) or very satisfactory (2) grade from the special assignment may prevent the commencement of writing Master Thesis.

    6 Summary

    7 Supervisors and Their Research Areas

    The table below contains a list of supervisors and their research areas. The suitability of students' own topics can be discussed directly with persons linked with the subject matter in question.
     
     
    Supervisors of the Networking Special Assignments at Communication and Networking Department

    OBS! Prof. Raimo Kantola doesn't supervise special assignments. If you have an item of your own, please contact directly to the co-ordinator.

    Raimo Kantola (Prof.) 
    Networking technology, Intelligent Networks
    Jorma Virtamo  (Prof.) 
    Network dimensioning and traffic management,
    Broadcast networks
    Heikki Hämmäinen  (Prof.) 
    Networking business
    Jörg Ott  (Prof.) 
    Communication in challenged networks, particularly on disruption/delay-tolerant networking
    Jukka Manner  (Prof.) 
    IP technologies, wireless networks and operating systems
    Nicklas Beijar
    Peer-to-peer, distributed search algorithms
    Samuli Aalto
    Traffic theory
    Broadband networks
    Antero Kivi
    mobile (data) services, mobile user behaviour




    Visa Holopainen
    (Autonomic) Traffic Engineering and Network Management/Optimization architectures
    Jouni Karvo
    Networking technology
    Timo Smura
    Networking business
    Wireless networks




    Olli-Pekka Lamminen
    Ethernet- and IP-network architectures, Transport-networks
    Pasi Lassila
    Loss systems
    Simulation technologies
    Broadband networks
    Hannu Verkasalo
    Mobile business, mobile services & - strategies, empirical mobile service measurements




    Marko Luoma
    ATM switching
    Network control, signalling and measurements
    Aleksi Penttinen
    Ad hoc networks, WLAN, optimization methods





    Markus Peuhkuri
    Local area networks and WWW
    Networked multimedia
    ATM-applications
    Tuomas Tirronen
    Teletraffice theory, Simulation (networks), FEC codes (packet-level, fountain codes, erasure codes)






    Piia Töyrylä
    QoS in IP-networks








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