Difference between revisions of "Accostic Source Location"
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| − | * | + | * [[media:Presentation_Robotic_Microphone_Array.pdf|Acoustic Source Location Background and Theory]] (Slides 1-19) |
** Additional references: | ** Additional references: | ||
***[http://ese.wustl.edu/ContentFiles/Research/UndergraduateResearch/CompletedProjects/WebPages/fl08/JoshuaYork/index.html Joshua York, Acoustic Source Localization, ESE497, Fall 2008] | ***[http://ese.wustl.edu/ContentFiles/Research/UndergraduateResearch/CompletedProjects/WebPages/fl08/JoshuaYork/index.html Joshua York, Acoustic Source Localization, ESE497, Fall 2008] | ||
Revision as of 16:28, 29 May 2012
- Acoustic Source Location Background and Theory (Slides 1-19)
- Additional references:
- Homework 1: Read the material that we discussed in our meeting today and the additional references listed above.
- Homework 2: Using this figure, derive the general equations for the source location (x*,y*) which include the rotation of both pair, i.e., the intersection of the 2 lines. Verify that the formula on slide 10 of the lecture notes is correct for the special case where
- y1 = y2 = 0
- Rotation1 and Rotion2 = 0
- X1=P/2
- X2 = -P/2
