Content.IndependentStudyPart History
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January 13, 2009, at 04:43 PM
by 193.10.222.52 -
Changed lines 9-10 from:
- The project work may be theoretical or practical. Theoretical work requires a written report of around ten pages to be submitted, and practical work requires the completion of a performance evaluation study to be performed using analysis, simulation or emulation (or combinations). For practical work, a breif written description of 1-2 pages should be submitted.
to:
- The project work may be theoretical or practical. Theoretical work requires a written report of around ten pages to be submitted, and practical work requires the completion of a performance evaluation study to be performed using analysis, simulation or emulation (or combinations). For practical work, a breif written description of 2-3 pages should be submitted.
January 13, 2009, at 04:43 PM
by 193.10.222.52 -
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February 13, 2008, at 03:42 PM
by 130.243.17.182 -
Added lines 22-24:
Slides and report from Donald's presentation
Deleted lines 25-41:
DISREGARD BELOW
Suggested rules for report:
Specific guidelines
- No more than three students per project
- Each project should have a component of theory and implementation unless the amount of theory or implementation is deemed sufficient by the professor
- In a team project, contribution of every student should be clearly identified
- A report not exceeding 15 pages with simulation and analysis results with insight into the study should be made. An ideal report will not exceed 12 pages
- Any report that consists of only review of the literature will not be acceptable
February 13, 2008, at 01:12 PM
by 193.10.222.246 -
Changed lines 19-37 from:
- Evaluation of live 3G performance*
- Performance evaluation of a deterministic wireless emulation platform (KauNet)*
- Performance evaluation of a programmable wireless emulation platform (NPBox)*
- Effectiveness / Performance evalutation of NTFS (File size vs cluster slack examination)
- Create a queuing theory toolbox for octave. Develop and document functions for M/M/1, M/M/c and other systems. See bottom of page for starting code
- Do a survey of analytical TCP models.
- Performance and feasability study of VoIP over wlan. This would be done as an initial
prestudy for a possible future deployment of VoIP over WLAN for KaU. *
*=This topic could be combined with the project work in the wireless networks course
to:
Some suggested topics: Attach:projects.pdf
Some of these topics could be combined with the project work in the wireless networks course, discuss with the instructor
January 31, 2008, at 10:56 AM
by 193.10.222.52 -
Added lines 31-36:
- Performance and feasability study of VoIP over wlan. This would be done as an initial
prestudy for a possible future deployment of VoIP over WLAN for KaU. *
Deleted lines 37-39:
- Performance and feasability study of VoIP over wlan. This would be done as an initial prestudy for a possible future deployment of VoIP over WLAN for KaU. *
January 31, 2008, at 10:55 AM
by 193.10.222.52 -
Added lines 33-34:
- Performance and feasability study of VoIP over wlan. This would be done as an initial prestudy for a possible future deployment of VoIP over WLAN for KaU. *
January 29, 2008, at 11:50 PM
by 193.10.222.52 -
Changed lines 27-29 from:
- Create a queuing theory toolbox for octave. Develop and document functions for M/M/1 and M/M/c systems, and possibly others as well. See bottom of page for starting code
to:
- Create a queuing theory toolbox for octave. Develop and document functions for M/M/1, M/M/c and other systems. See bottom of page for starting code
January 29, 2008, at 11:49 PM
by 193.10.222.52 -
Changed lines 27-30 from:
- Create a queuing theory toolbox for octave. Develop and document functions for M/M/1 and M/M/c systems, and possibly others as well.
- Do a survey of analytical TCP models. See bottom of page for starting code
to:
- Create a queuing theory toolbox for octave. Develop and document functions for M/M/1 and M/M/c systems, and possibly others as well. See bottom of page for starting code
- Do a survey of analytical TCP models.
January 29, 2008, at 11:49 PM
by 193.10.222.52 -
Changed lines 29-30 from:
- Do a survey of analytical TCP models. See bottom of page
to:
- Do a survey of analytical TCP models. See bottom of page for starting code
January 29, 2008, at 11:48 PM
by 193.10.222.52 -
Changed lines 29-30 from:
- Do a survey of analytical TCP models.
to:
- Do a survey of analytical TCP models. See bottom of page
January 29, 2008, at 11:44 PM
by 193.10.222.52 -
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- Do a survey of analytical TCP models.
to:
Added lines 29-30:
- Do a survey of analytical TCP models.
January 29, 2008, at 11:43 PM
by 193.10.222.52 -
Added line 13:
- Do a survey of analytical TCP models.
January 29, 2008, at 11:42 PM
by 193.10.222.52 -
Changed lines 26-27 from:
to:
- Create a queuing theory toolbox for octave. Develop and document functions for M/M/1 and M/M/c systems, and possibly others as well.
December 06, 2007, at 09:33 AM
by -JohanG -
Changed lines 24-26 from:
to:
- Effectiveness / Performance evalutation of NTFS (File size vs cluster slack examination)
December 05, 2007, at 10:31 AM
by -JohanG -
Added lines 20-24:
- Performance evaluation of a deterministic wireless emulation platform (KauNet)*
- Performance evaluation of a programmable wireless emulation platform (NPBox)*
November 23, 2007, at 12:40 PM
by -JohanG -
Changed lines 3-4 from:
One major part of this course is the Independent project that each student shall do. The student will make a independent study of some subject, either one proposed by the There are a number of rules for this part:
to:
One major part of this course is the Independent project that each student shall do. The student will make a independent study of some performance evaluation subject. There are a number of rules for this part:
Changed lines 9-10 from:
- The project work may be theoretical or practical. Theoretical work requires a written report of around ten pages to be submitted, and practical work requires the completion of a performance evaluation study to be perfromed using analysis, simulation or emulation (or combinations). For practical work, a breif written description of 1-2 pages should be submitted.
to:
- The project work may be theoretical or practical. Theoretical work requires a written report of around ten pages to be submitted, and practical work requires the completion of a performance evaluation study to be performed using analysis, simulation or emulation (or combinations). For practical work, a breif written description of 1-2 pages should be submitted.
Added line 13:
Added lines 15-25:
Possible Topics
- Evaluation of live 3G performance*
*=This topic could be combined with the project work in the wireless networks course
DISREGARD BELOW
Deleted lines 39-47:
Possible Topics
- Evaluation of live 3G performance*
*=This topic could be combined with the project work in the wireless networks course
November 22, 2007, at 10:16 AM
by -JohanG -
Changed lines 14-15 from:
Suggested rules for report:
to:
Suggested rules for report:
Changed lines 18-27 from:
- . No more than three students per project
- . Each project should have a component of theory and implementation unless the amount of theory or implementation is deemed sufficient by the professor
- . In a team project, contribution of every student should be clearly identified
- . A report not exceeding 15 pages with simulation and analysis results with insight into the study should be made. An ideal report will not exceed 12 pages
- . Any report that consists of only review of the literature will not be acceptable
to:
- No more than three students per project
- Each project should have a component of theory and implementation unless the amount of theory or implementation is deemed sufficient by the professor
- In a team project, contribution of every student should be clearly identified
- A report not exceeding 15 pages with simulation and analysis results with insight into the study should be made. An ideal report will not exceed 12 pages
- Any report that consists of only review of the literature will not be acceptable
Changed lines 29-36 from:
to:
Possible Topics
- Evaluation of live 3G performance*
*=This topic could be combined with the project work in the wireless networks course
November 14, 2007, at 11:06 PM
by KaU -
Changed lines 11-29 from:
- The project work in the Performance modelling course may be coordinated with the project work in wireless networks course. In this case the subject must be related to both wireless networks and performance evaluation. The required work for joint work is correspondingly larger.
to:
- The project work in the Performance modelling course may be coordinated with the project work in wireless networks course. In this case the subject must be related to both wireless networks and performance evaluation. The required work for joint work is correspondingly larger.
Suggested rules for report:
Specific guidelines
- . No more than three students per project
- . Each project should have a component of theory and implementation unless the amount of theory or implementation is deemed sufficient by the professor
- . In a team project, contribution of every student should be clearly identified
- . A report not exceeding 15 pages with simulation and analysis results with insight into the study should be made. An ideal report will not exceed 12 pages
- . Any report that consists of only review of the literature will not be acceptable
November 08, 2007, at 09:28 AM
by KaU -
Added lines 1-11:
Introduction to Independent Project
One major part of this course is the Independent project that each student shall do. The student will make a independent study of some subject, either one proposed by the There are a number of rules for this part:
- The students may work alone, or in groups of two or three persons. A larger group might be allowable, but requires discussion with the instructor.
- The subject of the work may either be one of the topics proposed by the instructor, or a topic selected by the student. If the student selects a topic, the topic must be discussed with the intructor before commencing the work.
- The project work may be theoretical or practical. Theoretical work requires a written report of around ten pages to be submitted, and practical work requires the completion of a performance evaluation study to be perfromed using analysis, simulation or emulation (or combinations). For practical work, a breif written description of 1-2 pages should be submitted.
- The project work in the Performance modelling course may be coordinated with the project work in wireless networks course. In this case the subject must be related to both wireless networks and performance evaluation. The required work for joint work is correspondingly larger.
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