Astrometry.net often works very well for finding where in the sky we are looking, but is not great with frames from videos that are noisy or contain other moving objects.
So I created a star tracker that attempts to resolve what lights in the...
Astrometry.net often works very well for finding where in the sky we are looking, but is not great with frames from videos that are noisy or contain other moving objects.
So I created a star tracker that attempts to resolve what lights in the...
Astrometry.net often works very well for finding where in the sky we are looking, but is not great with frames from videos that are noisy or contain other moving objects.
So I created a star tracker that attempts to resolve what lights in the...
Astrometry.net often works very well for finding where in the sky we are looking, but is not great with frames from videos that are noisy or contain other moving objects.
So I created a star tracker that attempts to resolve what lights in the...
Astrometry.net often works very well for finding where in the sky we are looking, but is not great with frames from videos that are noisy or contain other moving objects.
So I created a star tracker that attempts to resolve what lights in the...
Hello everyone! I am a new member and what brought me here is the desire to learn to use Sitrec. I use Pixel-wise modeling tools regularly (hence the username), but in the context of biological imaging.
Hello everyone! I am a new member and what brought me here is the desire to learn to use Sitrec. I use Pixel-wise modeling tools regularly (hence the username), but in the context of biological imaging.
Quick update: I have now reached 84% recall rate compared to VASCO. I still have about 17K tiles to download and process, so the recall rate should hit at least 90%. That's a pretty good number.
The unpublished third-party list "V" (107K rows)...
Hello everyone! I am a new member and what brought me here is the desire to learn to use Sitrec. I use Pixel-wise modeling tools regularly (hence the username), but in the context of biological imaging.
In the hope this is not considered off-topic, I did a deep dive into Elizondo's bubble diagram that I think will clear up any confusion or misunderstandings:
Source: https://www.youtube.com/watch?v=z06KEMkebS0
Quick update: I have now reached 84% recall rate compared to VASCO. I still have about 17K tiles to download and process, so the recall rate should hit at least 90%. That's a pretty good number.
The unpublished third-party list "V" (107K rows)...
Quick update: I have now reached 84% recall rate compared to VASCO. I still have about 17K tiles to download and process, so the recall rate should hit at least 90%. That's a pretty good number.
The unpublished third-party list "V" (107K rows)...
Quick update: I have now reached 84% recall rate compared to VASCO. I still have about 17K tiles to download and process, so the recall rate should hit at least 90%. That's a pretty good number.
The unpublished third-party list "V" (107K rows)...
Quick update: I have now reached 84% recall rate compared to VASCO. I still have about 17K tiles to download and process, so the recall rate should hit at least 90%. That's a pretty good number.
The unpublished third-party list "V" (107K rows)...