Difference between revisions of "UserProjects"

From ElphelWiki
Jump to: navigation, search
(Research Projects)
Line 17: Line 17:
  
 
=== [[Spectral images of the Chilean strawberry]] ===
 
=== [[Spectral images of the Chilean strawberry]] ===
 +
 +
The Chilean strawberry is white or pink. It is highly aromatic, but too soft for commercial production. Our project is oriented towards improving the quality of the fruit to enable local farmers to grow this product.
 +
 +
We capture images of the fruit through a spectral grating (1000 lines/cm), which generates a rainbow spectrum. We can measure the amplitude of the light at different wavelengths, to quantify the color.
  
 
== [[Qualified projects]] ==
 
== [[Qualified projects]] ==
 
This page list the projects that were qualified to get a free of charge hardware from Elphel.
 
This page list the projects that were qualified to get a free of charge hardware from Elphel.

Revision as of 19:04, 3 September 2008

Research Projects

There are several research and educational projects that use Elphel cameras. Some are already active, others just starting or only in planning stage. We believe that scientific research is the application area where the open nature of our products is the most beneficial. The shortage of the powerful and at the same time open and flexible hardware was that "itch" that led me to start Elphel.

This page is started to provide resources to those who already uses or plans to use Elphel cameras. This is wiki, so please feel free to add you project description/link below.--Andrey.filippov 14:59, 29 April 2007 (CDT)

SCINI: Submersible Capable of under Ice Navigation and Imaging

Rose-Hulman Robotics Team

Public Primary School Rosa Boekdrukker

AHAB2: High altitude balloon payload

Desert Star Systems

OSMCAM - http://OpenStreetMap.org camera integration

Spectral images of the Chilean strawberry

The Chilean strawberry is white or pink. It is highly aromatic, but too soft for commercial production. Our project is oriented towards improving the quality of the fruit to enable local farmers to grow this product.

We capture images of the fruit through a spectral grating (1000 lines/cm), which generates a rainbow spectrum. We can measure the amplitude of the light at different wavelengths, to quantify the color.

Qualified projects

This page list the projects that were qualified to get a free of charge hardware from Elphel.