Difference between revisions of "Team CNT"
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=== Assignment 1 === | === Assignment 1 === | ||
====Natalia's Findings==== | ====Natalia's Findings==== | ||
| − | I have found a C++ code which was uploaded on [http://www.dreamincode.net/forums/topic/76816-image-processing-tutorial/ Dreamincode.net] and is open source. At the beginning I was stuck with trying to convert the JPG file to be able to process through application. But after some effort I figured how to compile it. The application allows the user to select what he/she wants to do with the image including rotate the image, that is what I am thinking to parallelize. But basically, there are other options which could be interesting to try to parallelize as well. I'll see how it will be going. | + | I have found a C++ code which was uploaded on [http://www.dreamincode.net/forums/topic/76816-image-processing-tutorial/ Dreamincode.net] and is open source. The application is called "Basic Image Processor". At the beginning I was stuck with trying to convert the JPG file to be able to process through application. But after some effort I figured how to compile it. The application allows the user to select what he/she wants to do with the image including rotate the image, that is what I am thinking to parallelize. But basically, there are other options which could be interesting to try to parallelize as well. I'll see how it will be going. |
=====Example of options for user who runs the application===== | =====Example of options for user who runs the application===== | ||
Revision as of 00:23, 7 February 2013
Contents
Team Natalia and Tony
Team Members
Progress
Assignment 1
Natalia's Findings
I have found a C++ code which was uploaded on Dreamincode.net and is open source. The application is called "Basic Image Processor". At the beginning I was stuck with trying to convert the JPG file to be able to process through application. But after some effort I figured how to compile it. The application allows the user to select what he/she wants to do with the image including rotate the image, that is what I am thinking to parallelize. But basically, there are other options which could be interesting to try to parallelize as well. I'll see how it will be going.
Example of options for user who runs the application
[[File:]]
Example of profiling with pgm image of size 35M
[[File:]]
