Project : Literature
Overview
Note update in Report - section
IV
The project is comprised of 2 parts:
A Literature Overview Report and a Class Presentation.
Each part is described in detail below.
Both parts are important components of the project grade.
Literature Overview
Report:
I. INTRODUCTION(up
to 4 pages):
Topic overview on available methods ( Example: topic=registration;
methods=rigid.../deformable...)
II. SPECIFIC
METHOD/S INVESTIGATED (up to 6 pages):
Summary of the specific computational method/s
(algorithms) that you researched
-
In-depth description of the medical application and
related system.
In the description of the system you need
to present a flow-chart that compactly represents the system components.
Describe each block in the flow-chart.
III. CRITICAL
REVIEW (up to 5 pages):
Provide a critical evaluation of the system you investigated using the
suggested issues below.
In case you found several articles that can be compared, include a comparison
across them.
(Example: a particular computational method used in different medical applications;
a particular medical application that is solved with several different
algorithms).
Issue to consider:
-
Type of data;
-
What a-priori knowledge and assumptions are incorporated in the system;
-
In what ways (if any) has the computational method (algorithm) been
adapted in the medical-application scenario?
-
Robustness issues (to noise, invariances);
-
Discuss the results presented. What means are used to show results (visual,
tables, plots, etc.);
-
Result verification issues;
IV.
YOUR
SUGGESTION (up to 2 pages):
Use this section to suggest ways in which you suggest to improve the system/s
you researched; suggest an improved algorithm; possible combination across
different methods etc.
Select 10 out of the 15 student presentations (see Table below). For each
one you selected -
Discuss in a paragraph: in what ways could the methods presented
be used in your project?
(help in pre-processing, post-processing, compete with your methods..)
or - Why are they not relevant or why wont you decide to use them in your
project?
***Note: We put down suggested Page limits. Feel
free to divide up the pages between the sections. OVERALL LENGTH IS <
20 PAGES. ***
Class Presentation:
In the class presentation you are to cover a part of the final written
report. It should include:
-
A short topic review (part of the general overview)
-
A short description of the computational tool researched
-
Medical application, related system & results
*Prepare a 15 minute lecture on your project topic
- overall 10-15 slides.
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22/01/2001
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23/01/2001
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29/01/2001
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Tal Darom
Visualization
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Ofer Rotberg
MRI brain
segmentation using EM
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Ofer Mazan, Alex
Braginsky
Multimodal
registration
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Eti Haviv, Dror
Shtauber
Region based
segmentation in medical applications
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Gal Meister, Amir
Levin
Active contours
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Javier Vigdor-Barret,
Allon Shahar
QCA
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Yaron Troper,
Nir Ben-David
Multimodal
registration
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Isaac Hadad
Image segmentation
in medical applications
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Eric Herbelin, Arik
Gur
Morphology
operators in medical imaging
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Noam Gavish, Yevgeny
Beiderman
Hough transform
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Raphi Sever, Leonid
Dubrovin
Brain Image
Analysis and Atlas Construction
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Ori Vinokur, Oren
Bahat
Boundary extraction
via graph-based techniques
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Sigal Trattner
Thresholding
& Morphology
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Eli Friedman, Eyal Kolman
Computer
Aided Diagnosis in Mammography
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Asaf Doron
Attenuation
correction in SPECT
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Adi Pinhas
Texture analysis
in medical Imaging
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