Differences

This shows you the differences between two versions of the page.

--- projects [2012/03/30 03:08] – dymond
+++ projects [2012/03/30 03:14] (current) – dymond
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 ===== Currently offered Projects, Summer 2012 =====
-Updated: March 14, 2012
+Updated: March 29, 2012
 Projects will be added to this page until the beginning of the summer term.
-If you have an idea for a project that is not listed here, you are welcome to contact CSE faculty members to find out if they are willing to supervise it.  (If you are not sure who to approach as a potential supervisor for a particular project you have in mind, ask the course coordinator.)
+If you have an idea for a project that is not listed here, you are welcome to contact CSE faculty members to find out if they are willing to supervise it.  (If you are not sure who to approach as a potential supervisor for a particular project you have in mind, ask the course director.)
-Most of the projects listed here are intended for CSE4080.  A project is only suitable for CSE4480 if it has a significant security component.
+Most of the projects listed here are intended for CSE4080.  A project is only suitable for CSE4480 if it has a significant security component, and they are listed at the end of this page.
+Newly-added projects are listed first.
+====Tangible Interface for Speech Banking====
+Supervisor: Professor M. Baljko
+Required Background: CSE3461
+Recommended Background: Micro controller (Arduino) programming or a willingness and aptitude to learn
+Description: Voice banking involves the gathering of speech samples from an individual's speech to form an acoustic model that is subsequently used in a speech synthesis module.  This allows for the synthesis of speech that resembles the individual's speech (for example, once the individual loses his or her voice due to the progression of disease). Current systems require the user to spend hours sitting in front of the computer, recording samples of prompted speech. In this project, a wireless tangible interface will be designed to work with existing voice banking software. The interface will be placed in the individual's everyday environment and will unobtrusively prompt, elicit and gather speech samples.
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 ==== Three-Dimensional Context from Linear Perspective for Video Surveillance Systems ====
-Supervisor: James Elder
+Supervisor: Prof. James Elder
 Requirements: Good facility with applied mathematics
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 ==== Estimating Pedestrian and Vehicle Flows from Surveillance Video ====
-Supervisor: James Elder
+Supervisor: Prof. James Elder
 Requirements: Good facility with applied mathematics
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 ==== Tandem repeat detection using spectral methods ====
-Supervisor: Suprakash Datta
+Supervisor: Prof. Suprakash Datta
 Required Background: The student should have completed undergraduate courses in Algorithms and Signals and Systems.
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 ==== Autonomous aquatic vehicle software simulator====
-Supervisor: Michael Jenkin
+Supervisor: Prof. Michael Jenkin
 Required Background: General prerequisites, knowledge of Python helpful
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 ==== Autonomous aquatic vehicle operation====
-Supervisor: Michael Jenkin
+Supervisor: Prof. Michael Jenkin
 Required Background: General prerequisites, knowledge of Python helpful, knowledge of linux helpful
@@ Line 81: / Line 93: @@
 Description: An alpha version of the control system for a fleet of autonomous watercraft has been built using ROS (Robot Operating System) nodes. Based on field trials of the vehicles we are now at the point to build a final version of the software and to conduct extensive tests of a group of the vehicles operating in a group. This project will involve modifying the existing code, validating the system, and then testing the vehicles in both Tait Pool and Stong Pond.
-====Tangible Interface for Speech Banking====
-Supervisor: Professor M. Baljko
-Required Background: CSE3461
-Recommended Background: Micro controller (Arduino) programming or a willingness and aptitude to learn
-Description: Voice banking involves the gathering of speech samples from an individual's speech to form an acoustic model that is subsequently used in a speech synthesis module.  This allows for the synthesis of speech that resembles the individual's speech (for example, once the individual loses his or her voice due to the progression of disease). Current systems require the user to spend hours sitting in front of the computer, recording samples of prompted speech. In this project, a wireless tangible interface will be designed to work with existing voice banking software. The interface will be placed in the individual's everyday environment and will unobtrusively prompt, elicit and gather speech samples.