Google Inc.

Adobe, Inc.

Venkatesan Esakki

Matthew Stephen Steiner

Mark C Hamburg

David Foster Lieb

Pascal Massimino

Feng Yang

Jingyu Cui

Vincent Yanton Mo

Tapani Juha Otala

Leslie Ikemoto

Shaun Tungseth

Eric A Scouten

Matthew Keith Albright

Juan Carlos Miguel Anorga

Sumner Browning Paine

Peter J Baust

Abraham Stephens

Indrajit Khare

Kevin Michael Goldsmith

Christian Wyglendowski

Haoran Man

Alexander G Smith

Mayank Saraogi

Cecilia Rabess

A method includes compressing an image using a quality setting, determining a quality of the compressed image based on a quality metric, and determining if the quality of the compressed image is within a quality range. In response to determining the quality of the compressed image is within the quality range, store the compressed image; and in response to determining the quality of the compressed image is not within the quality range, modify the quality setting, and repeat the compressing step with the modified quality setting, both determining steps, and the applicable in response to step.

Adaptive image compression using a quality metric

Implementations generally relate to storing content items. In some implementations, a method includes receiving content items on a mobile device. The method includes storing the content items on local storage on the mobile device. The method includes determining available local storage capacity of the mobile device. The method includes uploading content items to secondary storage, and selecting content items to remove from the local storage or add to the local storage based on predetermined criteria, for example, when the available local storage capacity meets a threshold available local storage capacity.

Storing content items

Content in a content-aware mesh may be accessed and/or manipulated. In one embodiment, a node may receive access to each of a plurality of images that are distributed among at least two nodes of a mesh. The at least two nodes may not be part of the same service. Accessing to each of the images may be performed without the node locally storing all of the images. The node may display an image of the plurality of images via a uniform interface without indication as to which of the nodes the image is stored on.

Accessing content in a content-aware mesh

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San Jose, CA, United States of America

Venkatesan Esakki