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Class Schedule

Grading Guide

Reading List

Labs

Syllabus

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Class forum

Grades

Homework submission

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Grading Guide (or how to get an A)


 

bullet Grading based on performance, not on a curve, so that there is no competition among members of the class.  Everybody get a chance for A if you work hard for it.

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No exam.

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All students are expected to attend the seminar class and participate the in-class discussion

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All students are expected to submit a page summary for each paper  before class through here. These papers can be found in reading list for each class. 

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Students are encouraged to read all the papers in the reading list.  This will increase the chance of finishing a better course project.

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There will also be two labs for students to obtain hands-on experience (for details see labs

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There will be a final project.  (Final project  should be related to the sensor network research.

 


Guideline for Class participation: 

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Student should attend the class and join the discussion.  The attendance sheet would be used occasionally


Guideline for Lab Projects

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The lab projects are  not intend to add workload to the students,  but a learning environment.  Full Credit as long as the students finish the required steps.


Grading Criteria for Course Projects (total 40%)

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Original Ideas: (0-10):  More detail See How (and How Not) to Write a Good Systems Paper

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Completeness (0-20):  Motivation (0-5), State-of-the-art (0-5), Design (0-5). Evaluation (0-5)

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Presentation (0-5):  More detail See How (and How Not) to Write a Good Systems Paper

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Format (0-5:)   Conform to IEEE Format    The page limit is 4~8 pages A4.

 


Guideline for Class Presentations

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Don't simply reiterate what is in the paper

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Assume that everyone has read the paper and therefore critique the paper

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Read the paper several times and then plan the presentation,

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stress the most important ideas Give EXAMPLES WITH FIGURES possibly with overlays to build the example complexity

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Discuss the implications of any key ideas or of the main results

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Create examples that CLARIFY difficult or key ideas TEACH the rest of us the concept

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Compare and contrast to other work especially other papers previously read in this course Papers were chosen so that comparisons are possible

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Identify any particularly good experimental approach

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Stress key performance data

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Identify the holes and disadvantages of the work This is a major part of your critique

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Identify open research problems

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Possibly read related papers and search the WEB so that you are more of an expert on that work than the rest of the class

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Get  feedback from lecturer on your presentation BEFORE you give it

 


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Paper Summary:

20%

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Participation:

10%

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Lab assignments:

20%
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Project Proposal:

10%
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Final Project:

40%

This page was last modified on 04/06/2008 [home]

 
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CSci 8211: Advanced Wireless/Sensor Networks