Photographs taken using mobile devices are uploaded to image storage and sharing services at a resolution, server location, and upload priority that is blind to the importance of the photo to the user. This is sub-optimal, as there are images of great importance to a user (e.g., wedding photos) that are better uploaded at high priority and resolution. Similarly, there are images (e.g., screenshots, photos of receipts, etc.) that are not very important and can be uploaded at lower priority and resolution. With user permission, the techniques of this disclosure use machine learning to predict the importance of an image captured by a user. The predicted importance is used to select a resolution, server location, and upload priority for the ima...
Generally, the present disclosure is directed to correcting anomalies in an image. In particular, in...
We examine the effects of new technologies for digital photography on people's longer term storage a...
With the rise of smartphones with high-quality digital cameras, we are constantly deciding when and ...
This disclosure describes techniques for presenting recommendations that guide users to capture high...
This publication describes systems and techniques to enhance an image quality of a photograph taken ...
Generally, the present disclosure is directed to moderating images using machine learning. In partic...
This publication describes an image-capture manager, which uses machine-learning algorithms modeled ...
Images in image libraries are sometimes oriented incorrectly. For example, a photograph taken with a...
Human memory is a selective process where details are often lost, yet some types of research relies ...
Users often share digital photographs over communication links, e.g., via SMS, chat, URLs, etc. Thi...
Users have extensive collections of digital photographs or videos on their devices. This disclosure...
Image compression is a core task for mobile devices, social media and cloud storage backend services...
In 2018, the number of mobile phone users will reach about 4.9 billion. Assuming an aver...
The growing complexity of emerging image and video compression standards means additional demands o...
This publication describes techniques for image-capture devices (e.g., smartphones, laptops, tablets...
Generally, the present disclosure is directed to correcting anomalies in an image. In particular, in...
We examine the effects of new technologies for digital photography on people's longer term storage a...
With the rise of smartphones with high-quality digital cameras, we are constantly deciding when and ...
This disclosure describes techniques for presenting recommendations that guide users to capture high...
This publication describes systems and techniques to enhance an image quality of a photograph taken ...
Generally, the present disclosure is directed to moderating images using machine learning. In partic...
This publication describes an image-capture manager, which uses machine-learning algorithms modeled ...
Images in image libraries are sometimes oriented incorrectly. For example, a photograph taken with a...
Human memory is a selective process where details are often lost, yet some types of research relies ...
Users often share digital photographs over communication links, e.g., via SMS, chat, URLs, etc. Thi...
Users have extensive collections of digital photographs or videos on their devices. This disclosure...
Image compression is a core task for mobile devices, social media and cloud storage backend services...
In 2018, the number of mobile phone users will reach about 4.9 billion. Assuming an aver...
The growing complexity of emerging image and video compression standards means additional demands o...
This publication describes techniques for image-capture devices (e.g., smartphones, laptops, tablets...
Generally, the present disclosure is directed to correcting anomalies in an image. In particular, in...
We examine the effects of new technologies for digital photography on people's longer term storage a...
With the rise of smartphones with high-quality digital cameras, we are constantly deciding when and ...