Real World Performance

[RoyiAvital]

Hello, How many Frames Per Second can it yield on modern Intel CPU (Intel OpenCL Driver)? How about on modern GPU (Not the high end models)?

Thank You.

[Khanattila]

See Benchmark at the end of the file: https://github.com/Khanattila/KNLMeansCL/blob/master/DOC.md CPU is much slower, ~5/6 FPS maybe.

[RoyiAvital]

Hi, Even with AVX on Haswell / Broadwell / Skylake?

I'm talking about 1080p frames.

Thank You.

[Khanattila]

Haswell / Broadwell / Skylake and 1080p? ~1 fps maybe. On CPU use a smaller 'd' and 'a' is recommended. However, the use of a GPU is always recommended.

[RoyiAvital]

@Khanattila, Is there a way to contact you on email?

Thank You.

[Khanattila]

What's the matter?

[RoyiAvital]

Hi, I know someone who wants to have your advising on NLM.

Thank You.

[RoyiAvital]

@Khanattila , Did you get my last message?

Thank You.

[Khanattila]

Tell him to write directly on github.

[RoyiAvital]

Hi, It would be hard, he doesn't have an account and it wouldn't be appropriate.

Please, it is something you'd be happy to hear about.

Thank You.

[Khanattila]

https://sites.google.com/site/khanattilasfilters/about

[RoyiAvital]

Hi,

By the way, does it work on Floating Point images (Each channel as 32 Bit Float)?

Thank You.

[Khanattila]

yes of course

[RoyiAvital]

That's interesting.

Could it be adopted into OpenCV which lacks support for Floating Point?

[Khanattila]

Some changes should be made to work with OpenCV. Also there are some licensing issues.

[RoyiAvital]

Is there an issue to run it for University Project?

[Khanattila]

You can do anything the GPL permits: http://choosealicense.com/licenses/gpl-3.0/.

EDIT. You can really do a lot of different things =)