Amazon Technologies, Inc.

Robert Joseph Suk

Somnath Mitra

Aaron Michael Bromberg

Mark Sander Urbanus

Mitchell Bernard Skiba

Justin Michael Harrison

Karl Jonsson

Venkata Suri Maddhula

Devices, systems and methods are disclosed for readying a device from hibernation with reduced user-perceived latency. For example, data likely to be accessed may be selected as preload data that is loaded into volatile memory prior to the device resuming system interactivity (e.g., being responsive to user input), thus 'anticipating' user demand by loading memory pages that the user will likely request. The device may determine additional data to add to the preload data based on processes running on the device and virtual memory areas (VMAs) associated with the processes, may weight the processes and may intelligently determine the data so that the device more rapidly reaches system interactivity.

Expedited resume process from hibernation

A processing device determines a usage schedule for a mobile device based on one or more first criteria, the usage schedule comprising a scheduled active period of the mobile device and a scheduled inactive period of the mobile device. The processing device identifies an additional active period for the mobile device that is based on one or more second criteria. The processing device causes the mobile device to transition into a low power state during the scheduled inactive period and to transition out of the low power state during the additional active period prior to the scheduled active period, wherein the mobile device will perform a scheduled operation during the additional active period and prior to the scheduled active period.

Injecting active periods into scheduled inactive periods

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Santa Clara, CA, United States of America

Robert Joseph Suk