Astrovision Online

Upload raw images of a deep-sky object (e.g., nebula, galaxy).

Calibrate the images using dark, flat, and bias frames.

Stack the calibrated images using drizzle stacking.

Apply noise reduction algorithms to reduce background noise.

Adjust contrast and brightness to enhance details.

Save the enhanced image in a high-resolution format.

Upload a video or sequence of images of a planet.

Select the best frames based on image quality.

Stack the selected frames using a wavelet-based sharpening algorithm.

Adjust color balance and contrast to enhance planetary features.

Save the sharpened image.

Capture multiple overlapping images of the target area.

Upload the images to Astrovision Online.

Use the mosaic tool to automatically align and stitch the images.

Blend the images to create a seamless mosaic.

Adjust color and contrast to optimize the mosaic's appearance.

Export the final mosaic image.

Upload a series of astronomical images containing a variable star.

Use Astrovision Online's photometry tool to measure the star's brightness in each image.

Generate a light curve showing the star's brightness as a function of time.

Analyze the light curve to determine the star's period, amplitude, and other characteristics.

Upload a series of images taken over a period of time.

Use Astrovision Online's asteroid detection tool to identify moving objects.

Measure the positions and brightness of the detected asteroids.

Calculate the asteroids' orbits and physical properties.