Google Inc.

Motorola Corporation

Motorola Mobility LLC

Dmitri R Latypov

Maria Mokhnatkina

Ravi Kumar Jain

Boris Klots

John David Bruner

Yongyong Xu

Vadim Draluk

Denis A Petushkov

Indranath Ghosh

Mikhall Petrov

Mikhail Petrov

Marcelo Peracoli N De Almeida

A method performed by a server to facilitate content sharing between multiple mobile electronic devices includes receiving, from a first mobile electronic device, a first content-sharing request and credentials for establishing a direct wireless connection between the first mobile electronic device and another mobile electronic device for sharing content of the first mobile electronic device. A first content-discovery request is received from a second mobile electronic device, and a location of the second mobile electronic device is also received. The credentials are communicated to the second mobile electronic device when the location indicates that the second mobile electronic device is within an established content-sharing geographical area.

Communicating credentials and content between multiple mobile electronic devices located within content sharing geographical area

A wearable device in one embodiment includes a motion detection sensor, an alarm clock and a sleep monitor operatively coupled to the motion detection sensor and the alarm clock. The sleep monitor monitors a person during sleep by collecting motion detection sensor data at a first data collection rate and determines a sleep state of the person based on the collected motion detection sensor data at the first data collection rate. If the sleep monitor detects that the alarm clock has entered a snooze mode, then the first data collection rate is increased to a second data collection rate and motion detection sensor data is collected at the second data collection rate while the alarm clock system in the snooze mode.

Snooze alarm system for a wearable device

A client device () of a communication system () includes, for example, a processor () programmed to include a device management tree interface () that provides access for a plurality of non device management agents () and at least one device management agent () to a device management engine () that accesses a corresponding device management tree (). The processor updates data, for the plurality of non device management agents and at least one device management agent, via the device management engine () and corresponding device management tree (), through the device management tree interface ().

System and method for providing data storage through a device management tree using non-device management agents

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San Mateo, CA, United States of America

Dmitri R Latypov