1 / 14

Welcome

Welcome. Course Problem Solving with Constraints, CSCE 496/896 Instructor Berthe Y. Choueiry (Shu-we-ri), choueiry@cse.unl.edu , OH: Mon/Wed 8:00—9:15 @ Burnett 120 Volunteer GTA’s Shant Karakashian: TBA Robert Woodward: TBA Attendance sheet Please check your name. Pre-requisites .

abie
Download Presentation

Welcome

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Welcome • Course • Problem Solving with Constraints, CSCE 496/896 • Instructor • Berthe Y. Choueiry (Shu-we-ri), choueiry@cse.unl.edu, • OH: Mon/Wed 8:00—9:15 @ Burnett 120 • Volunteer GTA’s • Shant Karakashian: TBA • Robert Woodward: TBA • Attendance sheet • Please check your name Course Administration

  2. Pre-requisites • Pre-requisites • Contact instructor • Track • Undergrads • CS: Foundations, AI • CE: Applications • Grad CS students: Theory track • 3 credit-hours • Research intensive • Students: Committed, motivated, collegial, independent Course Administration

  3. Meetings • Regular class • Burnett 120, Monday, Wednesday 8:00—9:15 am • Recitation • Scheduled as necessary • Discuss homework, take quizzes, discuss projects • Lectures will be given • By instructor • By visitors • TBD • Occasionally, presentations by students Course Administration

  4. Help • Office hours • Instructor: Monday, Wednesday: TBA • Q&A: Send your questions • Email to cse496cp@cse.unl.edu • Ask your questions during class, by email • Share: your ideas and good pointers with class • Send email to cse496-ml@cse.unl.edu • Message will be broadcast to the entire class (use sparingly!) • Good pointers will be listed on the web under “Your catch” Course Administration

  5. Expectations I • Mastery of pre-requisite's material • Effort outside classroom • 9 hours of work outside classroom, if you have pre-requisites • If you spend more time, let me know • Attendance • Sign-up sheet circulated for attendance • Attendance of lectures (& recitation) is mandatory • Absence: maximum 4 sessions (including recitation) • Prior notification (email) for absence is mandatory Course Administration

  6. Expectations 2 • Collaboration policy • Do discuss everything with others • But do it on your own • Always acknowledge sources & help received • Wiki page is set up for exchanging information • Prompt response to notifications • Sent to your email address at CSE (you must have one) • Posted on web: cse.unl.edu/~choueiry/F11-496-896/ • If you drop the class, let me know ASAP Course Administration

  7. Grading • Pretest: 2% • Quizzes: 28%, cannot not be made up • Assignments: 40% • Programming and pen+paper • Turned-in on due date, before lecture • Delay penality: 20% per day, starting first minute after deadline • You may use any programming language acceptable to GTA’s • Project: 30% • Individual (preferred) or in small teams (if really necessary) • ( mid-term)  ( final) • Feedback: • Glossaries and HWK will be graded • Grades will be posted on Blackboard • Need more feedback? Please, let us know how Course Administration

  8. Projects • A list of possible projects is forthcoming, will include • Implement the game of Clue • Implement and evaluate an algorithm • Model and solve a (simple) practical problem • Investigate an advanced theoretical concept • Conduct a critical literature survey (at least 3 papers), etc. • Alternatives • Propose your own project and discuss it with instructor • At the end of project, you must submit with handin: • Project report: <lastname>-report.ext • Slides: <lastname>-defense.ext • Code: <lastname>-code.tar Course Administration

  9. Improving your grades* • Do the glossaries: weekly & final (8% total) • Must be typewritten, alphabetically sorted • Goal: entice you to do required reading • Collect bonus points • 100% attendance • Find bugs in slides, in lectures • Fill the course evaluation @ end of course • Be vocal in class, solve “riddles”, etc. • Do extra work • Present a research paper (10% per presentation) • Write a critical summary of a research paper (5% per summary) • Write a chapter of a “textbook” (20% total) *Restrictions apply (deadlines, max number per student) Course Administration

  10. Important dates Regularly check schedule on the web (3 times/week) • Wed, Aug24 • Pretest over 235 material • Wed, Oct 19 • Project must be chosen, use handin • Wed, Nov 9 • Progress report on projects due, use handin • Wed, Nov 16 • First deadline for extra-credit work: 1 presentation, 2 summaries, 1 chapter write-up must be done by this date • Wed, Nov 30 • Final glossary due • Project reports due in print and using handin • Second deadline for extra-credit work: All paper presentations (Max 2), summaries (Max 4), chapter write-up (Max 2) must be done by this date Course Administration

  11. Important Dates (cont.) Regularly check schedule on the web (2, 3 times/week) • Mon/Wed, Nov 28/30 • Quizzes may be given during class or recitation • Fri, Nov 30 • Deadline for final glossary, in print and using handin • Project reports are due, in print and using handin • Mon/Wed, Dec 5/7 (dead week) & Wed Dec 14 • Project presentations • Some presentations could be scheduled in evenings if necessary • Wed, Dec 7 (midnight) • Projects code & defense slides (when applicable) due, use handin Course Administration

  12. Course material • Content of the course • Introduction: definition and practical examples • Foundations and basic mechanisms • Advanced solving techniques • Extensions to the problem definition • Alternative approaches to solving the problem • Course support • New textbook by Dechter (available at bookstore). Will not be followed linearly, but should be used for reference. • Book by Tsang (on reserve at LL, available on-line, out of print) • Constraint Networks, ebook by Lecoutre @ http://iris.unl.edu • Papers from: WWW, course web-page, library, electronic reserves, instructor, http://citeseer.ist.psu.edu/, etc. Course Administration

  13. More resources • Web • Check links: www.cse.unl.edu/~choueiry/F11-496-896 • Benchmark problems • Association for Constraint Programming • Conferences • CP, AIOR, IJCAI, ECAI, NCAI (AAAI), FLAIRS... • Workshops in parallel to conferences • Journals: • Constraints, AIJ, JACM, Annals of AI+Math, etc. Course Administration

  14. Your future: Jobs!! • Commercial companies: Ilog, i2 Technologies, Trilogy, PeopleSoft/Red Pepper, Carmen Systems (Sweden), etc. • Prestigious research centers: NASA Ames, Microsoft Research (Cambridget), PARC, JPL, SRI International, BT Labs (UK), Ilog (IBM?), etc. • Start your own: Selectica, Seibel, Parc Technologies Ltd, In Time Systems Inc, Blue Pumpkin, etc. • Academic: • Constraint languages • Modeling, constraint representation, reasoning & propagation mechanisms • Dedicated reasoning: diagnosis, planning & scheduling, design, configuration, Case-Based Reasoning, etc. Course Administration

More Related