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--- projects:g11:start [2014/04/24 16:39] – cse33012
+++ projects:g11:start [2014/04/30 21:40] – cse33012
@@ Line 18: / Line 18: @@
   * Stream : Computer Engineering. \\
 {{:projects:g11:521348_10151035839489948_612694185_n_1_.jpg?200x250|}}
+video :[[https://www.youtube.com/watch?v=tKxuBI7tJqw]]
 ===== Description of Project =====
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 * **__Experiment 3__**
-After understanding the scale of the cantilever array . I torened my attention to commercially  available devices to measure the displacement in Nano meters . Micro epsilon offered me to test their confocal measurement system.
+After understanding the scale of the cantilever array . I turned my attention to commercially  available devices to measure the displacement in Nano meters . Micro epsilon offered me to test their confocal measurement system.
 {{:projects:g11:confocal_chromatic_measurement_system.png|}}
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 From this setup I got CSV file of row data. On this image we see the time step and distance in manometers between   the sensor and cantilever.{{:projects:g11:csv.png|}}
 After analyzing the data with Matlab. I got the flowing graphs.{{:projects:g11:graphs.png|}}
+From this graphs I came up with the flowing table which partially characterize the behavior of the cantilever.{{:projects:g11:table.png|}}
+I plan to use this  DAQ card to control the cantilevers .
+This DAQ card has two analog outputs . The link to the DAQ specification provided below.
+[[http://sine.ni.com/nips/cds/view/p/lang/en/nid/203224]]
 ===== Market Potential=====
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 ===== Last Presentation =====