I'm a computer engineering student and will like to design a system that detects charged coupled device(CCD) based on its retroreflective nature. What will be my best option. Tanx
I'm a computer engineering student and will like to design a system that detects charged coupled device(CCD) based on its retroreflective nature. What will be my best option. Tanx
Hi Carl
detects charged coupled device(CCD) based on its retroreflective nature
what do tou mean? you have a camera and you need to process frames looking for CCDs?
I have some experience with the TI OMAP3530, which I think has enough computing power to accomplish some basic image processing
On the opposite hand, a good solution (but probably more difficult and more expensinve, too) could be a solution that integrates both a processor and an FPGA, like the Altera Cyclone 5
Hope this help and good luck for your project!
Ambrogio
Hi Carl
detects charged coupled device(CCD) based on its retroreflective nature
what do tou mean? you have a camera and you need to process frames looking for CCDs?
I have some experience with the TI OMAP3530, which I think has enough computing power to accomplish some basic image processing
On the opposite hand, a good solution (but probably more difficult and more expensinve, too) could be a solution that integrates both a processor and an FPGA, like the Altera Cyclone 5
Hope this help and good luck for your project!
Ambrogio
Since i'm now about starting the project, wanted to know if I could first of all afford it. This is an overview of what its goin be:
A camera will be fitted with an IR bandpass filter in order to narrow the images i'm supposed to process. Yet I will still need an image processor to identify the particular object in this case is a CCD.
I'm having problems with the appropriate image processor to use. I'll also welcome any suggestion considering what IR bandpass filter will be appropriate. Tanx
Need your help guy!!!
Carl.
Hi Carl,
You can put a system together very quickly using a PC or laptop and a web cam.
Load up OpenCV, its free and very powerful imaging software with all kinds of tools.
You will need to remove the IR filter in the web cam or buy one without a filter install.
Then go get a Wratten 25A red camera filter. It passes IR beyond about 800 nanometers, which covers NIR wavelengths.
A Silicon sensor can see up to 1.2 microns.
You may need to readjust the focus on the webcam to optimize the clarity of the IR image.
I know some digital cameras come without the IR filter installed and can autofocus on NIR images.
So your options on getting started are pretty simple.
IR imaging is really interesting and I will be discussing some of the issues about spectral imaging in a future post.
DAB
Will try it out and get you updated.
Tanx.