Difference between revisions of "Online"
Jump to navigation
Jump to search
| (8 intermediate revisions by the same user not shown) | |||
| Line 1: | Line 1: | ||
| − | ===Videos of Pre-recorded | + | ===Videos of Pre-recorded Lectures and Preview Problems=== |
| − | Videos of lectures and discussions of preview and practice problems are accessible in pre-recorded and live formats, both <!--in two different forms, both--> from the [https://wustl.instructure.com/courses/ | + | Videos of lectures and discussions of preview and practice problems are accessible in pre-recorded and live formats, both <!--in two different forms, both--> from the [https://wustl.instructure.com/courses/133964/pages course Canvas pages section]: |
<!--* From a [https://wustl.instructure.com/courses/69323/pages/pre-recorded-videos-stored-on-google-drive-but-w-slash-o-transcripts Canvas page that links to copies of the videos stored on Google drive]. Note though that those videos do not provide access to transcripts.--> | <!--* From a [https://wustl.instructure.com/courses/69323/pages/pre-recorded-videos-stored-on-google-drive-but-w-slash-o-transcripts Canvas page that links to copies of the videos stored on Google drive]. Note though that those videos do not provide access to transcripts.--> | ||
| − | * Pre-recorded videos are accessible from a [https://wustl.instructure.com/courses/ | + | * Pre-recorded videos are accessible from a [https://wustl.instructure.com/courses/133964/pages/precorded-videos Canvas page]. <!--Those videos are stored on Kaltura and provide access to transcripts generated by Kaltura.--> |
| − | * Videos recordings of the live fall 2020 lecture are also accessible from | + | * Videos recordings of the live fall 2020 lecture are also accessible from another [https://wustl.instructure.com/courses/133964/pages/videos-of-live-lectures-fall-2020 Canvas page]. |
Note that videos walking you through the preview problems are also accessible and you can, therefore check them ahead of the due date of the problems. However, to properly learn the material, it is best that you attempt to do the problems on your own first and only resort to the videos if you are really stumped by a problem and cannot wait for us to cover it in class. | Note that videos walking you through the preview problems are also accessible and you can, therefore check them ahead of the due date of the problems. However, to properly learn the material, it is best that you attempt to do the problems on your own first and only resort to the videos if you are really stumped by a problem and cannot wait for us to cover it in class. | ||
===Practice & Review Problems=== | ===Practice & Review Problems=== | ||
| − | ''Practice problems'' are primarily from the textbook. Because | + | ''Practice problems'' are primarily from the textbook. Because their solutions are not meant to be publicly distributed, they are only accessible in Canvas. '''Please do not post any of those solutions on public repositories.''' If you have problems accessing the Canvas page, first login to Canvas and then try again. |
| − | [https://wustl.instructure.com/courses/ | + | [https://wustl.instructure.com/courses/133964/pages/practice-problems-by-unit Practice problems on Canvas] |
| Line 23: | Line 23: | ||
===Other Course Material (links to other wiki sections)=== | ===Other Course Material (links to other wiki sections)=== | ||
* [https://classes.engineering.wustl.edu/cse538-online/index.php/Slides Slides] | * [https://classes.engineering.wustl.edu/cse538-online/index.php/Slides Slides] | ||
| − | * [[homeworks#homeworks|Homework assignments]] - Note that solutions are only accessible from the [https://wustl.instructure.com/courses/ | + | * [[homeworks#homeworks|Homework assignments]] - Note that solutions are only accessible from the [https://wustl.instructure.com/courses/133964/assignments Assignments] section on Canvas |
| − | * [[homeworks#preview|Preview problems]] - Note that solutions are only accessible from the [https://wustl.instructure.com/courses/ | + | * [[homeworks#preview|Preview problems]] - Note that solutions are only accessible from the [https://wustl.instructure.com/courses/133964/assignments Assignments] section on Canvas |
| − | * [https://classes.engineering.wustl.edu/cse538-online/index.php/Exams Past exams and quizzes and their solutions]. Note | + | * [https://classes.engineering.wustl.edu/cse538-online/index.php/Exams Past exams and quizzes and their solutions]. Note that the course format changed somewhat in 2020 as midterm and final exams were eliminated and, as a result, the number of quizzes was increased from 4 to 6. Nevertheless, the format of the quizzes remain mostly the same, and past exams give you access to additional practice problems. |
===Notes=== | ===Notes=== | ||
| Line 34: | Line 34: | ||
===Queueing Theory Books=== | ===Queueing Theory Books=== | ||
* [http://www.cse.fau.edu/~bob/publications/IntroToQueueingTheory_Cooper.pdf "Introduction to Queueing Theory, 2nd Ed.," by R. B. Cooper, 1981] | * [http://www.cse.fau.edu/~bob/publications/IntroToQueueingTheory_Cooper.pdf "Introduction to Queueing Theory, 2nd Ed.," by R. B. Cooper, 1981] | ||
| − | * [https://web.mit.edu/dimitrib/www/datanets.html "Data Networks, 2nd Ed.," by D. Bertsekas & R. Gallager] | + | * [https://web.mit.edu/dimitrib/www/datanets.html "Data Networks, 2nd Ed.," by D. Bertsekas & R. Gallager]. Chapter 3 is of most relevance. |
* [[Media:Adan_and_Resing_Queueing_Theory.pdf | "Queueing Theory," by I. Adan & J. Resing, 2002]] | * [[Media:Adan_and_Resing_Queueing_Theory.pdf | "Queueing Theory," by I. Adan & J. Resing, 2002]] | ||
Latest revision as of 23:02, 1 May 2024
Contents
Videos of Pre-recorded Lectures and Preview Problems
Videos of lectures and discussions of preview and practice problems are accessible in pre-recorded and live formats, both from the course Canvas pages section:
- Pre-recorded videos are accessible from a Canvas page.
- Videos recordings of the live fall 2020 lecture are also accessible from another Canvas page.
Note that videos walking you through the preview problems are also accessible and you can, therefore check them ahead of the due date of the problems. However, to properly learn the material, it is best that you attempt to do the problems on your own first and only resort to the videos if you are really stumped by a problem and cannot wait for us to cover it in class.
Practice & Review Problems
Practice problems are primarily from the textbook. Because their solutions are not meant to be publicly distributed, they are only accessible in Canvas. Please do not post any of those solutions on public repositories. If you have problems accessing the Canvas page, first login to Canvas and then try again.
Review problems are typically compiled from past exams and quizzes and are, therefore, available at multiple places on the wiki, e.g., on the Exams page.
Towards making them more accessible from a "review" perspective, they are, when available, pulled together into per unit blocks as listed below.
Other Course Material (links to other wiki sections)
- Slides
- Homework assignments - Note that solutions are only accessible from the Assignments section on Canvas
- Preview problems - Note that solutions are only accessible from the Assignments section on Canvas
- Past exams and quizzes and their solutions. Note that the course format changed somewhat in 2020 as midterm and final exams were eliminated and, as a result, the number of quizzes was increased from 4 to 6. Nevertheless, the format of the quizzes remain mostly the same, and past exams give you access to additional practice problems.
Notes
- Notes-0: Queueing nomenclature
- Notes-1: Connecting inputs to outputs - An initial assessment
- Notes-2: A Brief Introduction to Fluid-Flow Models
Queueing Theory Books
- "Introduction to Queueing Theory, 2nd Ed.," by R. B. Cooper, 1981
- "Data Networks, 2nd Ed.," by D. Bertsekas & R. Gallager. Chapter 3 is of most relevance.
- "Queueing Theory," by I. Adan & J. Resing, 2002
Traffic Theory Books
- "Teletraffic Engineering Handbook," edited by V. B. Iversen
- "Queueing Theory and Stochastic Teletraffic Models" by M. Zukerman
