figures show, in order, (1) a peer to peer system (Gnutella), (2) a datacenter, (3)
a sensor network, (4) the Internet ISP topology.
[Tuesdays and Thursdays] @ [3.30 PM - 4.45 PM] @ [Siebel Center 1304]
Instructor: Dr. Indranil Gupta ("Indy"), indy at cs dawt illinois dawt edu, 3112 SC.
Office hours: Tuesdays and Thursdays 4.45 pm - 5.30 pm (class days only) in 3112 SC.
TA: Imranul Hoque, ihoque2 at cs dawt illinois dawt edu, Office hours by appointment.
Class Discussion Forum: Piazza
|>> Schedule / Paper Presentations and Reviews [htm] <<|
|enabling your azure account [pdf]|
|Course Information [pdf]||Student Survey [pdf]|
|Project Idea Starters, Resources and Interesting Links [htm]||writing your term paper/project survey/midterm/final report [htm]|
This is a course on distributed systems. It brings together research centered in cloud computing, peer-to-peer systems, distributed algorithms and on sensor networks. The course reviews classical work in these scattered areas of distributed computing research, and explores overlaps across them. The course has one semester-long project that is aimed at producing either an entrepreneurial effort for industry or a conference/workshop-quality research paper. The entrepreneurial effort must make a technological case and a reasonable business case for innovation in today's world. The paper must address an open research problem, prove bounds and/or propose new algorithms, and contain analytical and experimental evaluation. Previous course projects have had high success rates at conferences/workshops (see past CS525/CS598IG projects at the bottom of this page). Three to five "best projects'' at the end of the semester will be earmarked for expedited submission to a renowned conference, with the help of the instructor's involvement even after the semester is over.
Experimental Testbeds: All students in the course will receive a limited-resource account on Microsoft Azure and AWS. You can also request course staff for a PlanetLab slice, or Emulab project, or CCT (Cloud Computing Testbed) account (there are limited number of slots available for each: about 5 projects on each testbed). Therefore, (1) all requests will be granted on an as-needed basis, and (2) you will be given an account on typically only one of these testbeds, so please choose carefully depending on your project requirements!
The Top 3 Best Research Final Papers in CS525 Spring 2013 are by (in random order):
Ala Alkhadi and Vincent Bindschaedler
Furquan Shaikh and Fangzhou Yao
Abhishek Sreenath and Mayur Sadavarte
The Top 3 Best Entrepreneurial Final Project Papers in CS525 Spring 2013 are by (in random order):
Onur Karaman and Karan Parikh
Vinay Nagar and Anirudh Ravula
Mo Dong and Haiming Jin
5/7: This course's next offering will be in Spring 2014.
5/7: This course is now over. You should have received feedback on your final report via email from Indy (if you have not, please email Indy). You will hear about your course grade through the University. Have a good summer!
1/15: First Lecture
1/9: Course web page online. Happy New Year 2013!
Policies on Ethics, Attribution and Cheating
Reviews: You may discuss papers with others in the class, but reviews should be written independently. In other words, if two reviews are found to have been copied from each other, both students will be punished. The best way to ensure that you are safe is by mentioning right at the top of your review that "This review was written after discussion with Mr. John Doe and Ms. Jane Joe".
Presentation: Your work (presentations and reviews) should be original and independent, although you are allowed to cooperate with your partner for your session. Reusing slides from someone else's presentation should be done only if it is absolutely necessary, but should be acknowledged right at the beginning of the presentation.
The standard university policies on original work, cheating and attribution apply to all work in the course. Violation of these may result in either lowering of course grade by one letter, or failing the course, or a different final decision left to the instructor.
A Sampling of Past CS525/CS598IG Projects that were Subsequently Published in Conferences/Journals (check http://dprg.cs.uiuc.edu for copies of papers)
Some Spring 2010 CS525 CS525 Project Papers that became conference/journal papers
Some Spring 2009 CS525 Project Papers that became conference/journal papers
Abhishek Verma, Nicolas Zea, Brian Cho, Indranil Gupta, Roy Campbell, "Breaking the MapReduce Stage Barrier," Proc. IEEE International Conference on Cluster Computing, 2010. (Extended version in Springer Journal of Cluster Computing, 2011)
Some Spring 2008 CS525 Project Papers that became conference/journal papers
Some Spring 2007 CS525 Project Papers that became conference/journal papers
Some Spring 2006 CS598IG Project Papers that became conference/journal papers
Some Fall 2004 CS 598IG Project Papers that became conference/journal papers