Pick a topic appropriate to the class, such as "wavelet usage in compression", "controlling an assembly line with a Z80 CPU", "using pass transistors in an ALU", etc. Find at least 10 references on it.
In this assignment, you will read and summarize current research papers. The papers should come from established conferences and journal, such as the IEEE Workshop on Signal Processing Systems (SiPS) and the IEEE Transactions on Computers. By "current", I mean that the majority of the papers should have been published in the last 3 years. If there is an established reference (i.e. all the papers you read also refer to it) then you should use it to. Examples include Ingrid Daubechies' 1992 book Ten Lectures on Wavelets, and Stephane Mallat's 1989 paper, "A Theory for Multiresolution Signal Decomposition: The Wavelet Representation,"from IEEE Pattern Analysis and Machine Intelligence . You can use books too, but they will not count towards the 10 minimum. Web pages do not count, and should not be used!
Your goal is to write a literature survey about what has been done already, and what open problems remain in the topic. Your introduction should give a brief overview of what has been done, then the following paragraphs should go into more detail. Be sure to use citations, and as many as are appropriate (if 3 papers talk about the same thing, cite all 3).
The text you write should flow, meaning that you will have to link different sources together in your explanation. That is, do not write: "Topic A is important because is explains wavelets. The FFT has many uses as paper B mentions." (Are you talking about wavelets, or the FFT?) Here is a better example of a proper transition: "Topic A is important because is explains wavelets. Both the wavelet transform and the FFT are used for signal analysis. Paper B discusses several other uses for the FFT." Your paragraphs should be focussed on one sub-topic, and the paragraphs should be connected to each other.
Your job is to explain the papers in your own words. Include a copy of your papers, and cite the source. (The sources will be returned to you, so feel free to turn in your only copy. They do not have to be in perfect condition; I would prefer to see your underlining, high-lighting, notes in margins, etc.) For long sources, you do not have to turn in the whole thing (i.e. don't photocopy a book), just the page(s) that is(are) relevant. Points will be deducted for relying on other sources (like webpages). You will be asked to present your summary to the class (if time permits).
Your summary should be at least 5 pages, single column, double spaced, 12-point times font, 1 inch margins. Include any figures on additional pages. The paper must be referenced in your summary. You may do this by placing the author's last name followed by the publication year, in square brackets. Be sure to have the reference included in a "reference" section. If your summary exceeds 7 pages (of text), you may be asked to re-write it.
If you include a graph/figure, cite its source. Even if you made the
graph yourself, be sure to say so, i.e. "figure 1 - spectrum [made by MCW]".
The following pages contain information needed for this report.
See how to quote a reference.
See project write-up for information about
the style of references.
See comments from previous classes for examples of comments that I wrote on previous summaries and other technical writing assignments. If I have to write a comment, I also deduct points.
As of Summer 2003, I do not want you to use ANY acronyms in your paper summary, no matter how obvious they are. For example, if you want to mention HyperText Markup Language in your paper, spell out HyperText Markup Language, do not abbreviate it as HTML.
Both IEEE and ACM publish good conference proceedings and journals. Use your best judgement on other sources (i.e. an encyclopedia would not be appropriate, a webpage is not appropriate, most newspapers and popular magazines are not likely to contain good information for this assignment, etc.).