Assaf Zomet

Title: Assaf Zomet: Inventor Advancing Computational Photography

Introduction

Assaf Zomet is an inventor based in Mountain View, California, whose patent work focuses on computational photography and image editing. His inventions describe ways to create more complete group photos and improve a subject’s appearance across images. He is associated with Google Inc. and has 2 patents.

Latest Patents

Zomet’s patent, “Generating a Group Photo That Includes a Photographer,” describes a media application that helps create a composite image containing both the photographer and other subjects. The application segments subjects from an initial image, creates overlays based on those subjects, and displays the overlays in the device’s viewfinder. By comparing the device’s current pose with its pose when the first image was captured, the application guides the user in taking another image for the composite.

His patent, “Generating an Image with Head Pose or Facial Region Improvements,” describes editing a subject across a source image and a target image. The application can use a head editor, a face editor, or both. In the head-editing process, it replaces some head pixels in the target image with pixels from the source image and generates an interpolated region for the neck and shoulders, helping blend the edited areas with the rest of the image.

Career Highlights

Zomet’s patent portfolio reflects an interest in practical image-processing techniques that combine image segmentation, pose guidance, compositing, and region replacement. These approaches address common photography challenges, including including the photographer in a group picture and improving consistency in a subject’s head or facial appearance.

Collaborations

Zomet is associated with Google Inc. His listed coworkers include Yaron Brodsky and Jay Tenenbaum.

Conclusion

Assaf Zomet’s patents illustrate how computational photography can guide image capture and refine image composition, with a focus on making photographs more complete and visually consistent.