Google Inc.

Other

Steven John Lee

Indika Charles Mendis

Michael Chu

Max Benjamin Braun

Ravi Kumar Jain

Zhengrong Ji

Bradley J Rhodes

Adel Amin Youssef

Liang-Yu Tom Chi

Christopher Lambert

Sergey Brin

Rohan Seth

Arunesh Mishra

Chung-Man Tam

Yan Yu

Yuhua Luo

David S Maynard

Tu Tu Tsao

Mika Raento

Luis Ricardo Prada Gomez

Michael J LeBeau

David Singleton

Mat Balez

Chris Lambert

Yury Pinsky

David Burke

Timothy Fulton Park

Mike Raento

A computer program product has a computer-readable storage medium having computer program instructions embodied therein for performing a method for implementing a privacy policy for a user. The method may include the user developing rules that determine whether another user (requester) can access information related to the user. The rules may be stored in a database coupled to a server and evaluated when a request is received from the requester to access the information. If a rule is satisfied by the requester, the server can return the information to the requester. The information can be returned at a level of granularity specified by the user in the satisfied rule. A privacy level can be set by the user to allow access to requesters based on the rules or to deny access to any requesters.

User privacy framework

Disclosed herein are methods and corresponding systems for facilitating a live registry event between a shopper and one or more remote viewers. In the live registry event, the shopper, registers for gifts that they would like to receive while sharing their registering experience with the viewers in real-time. When the user registers for an item, a server system allows the viewers to purchase the gift for the shopper.

Experience sharing for a registry event

Methods and systems are described herein related to enabling service providers to address voice-activated commands. An example method may involve: receiving a first utterance on a computing device, where the first utterance includes a first command; selecting a service action corresponding to the first command; determining a selected service provider for the selected service action, where the selected service provider is selected from a plurality of service providers; and sending a service fulfillment request to the selected service provider to execute the selected service action.

Model for enabling service providers to address voice-activated commands

Exemplary embodiments involve real-time commenting in experience-sharing sessions. An exemplary method involves: (a) a server system facilitating an experience sharing session between a sharing device and one or more viewing devices, wherein the server system receives media in real-time from the sharing device and transmits the media to the one or more viewing devices in real-time, wherein the media comprises video; (b) during the experience sharing session, the server system receiving one or more comments from one or more of the viewing devices; (d) the server system filtering the received comments in real-time based on filter criteria; and (e) the server system initiating real-time delivery, to the sharing device, of one or more of the received comments that satisfy the filter criteria.

Experience sharing with commenting

A head mountable display that has an automatic positioning mechanism configured to move a display toward a user's resting line of sight when it detects the user is engaging the display. Engagement is detected by comparing the instantaneous eye orientation with the instantaneous display position to see if they are aligned. Upon detecting user engagement, the device may delay a predetermined amount of time prior to moving the display.

Head mounted display device with automated positioning

An alert server is operative to notify users when they are in proximity within one another. The alert server may determine to alert a first user of the proximity of a second user when the second user is in an unusual location. The alert server may determine that the second user is in an unusual location when the second user is outside his or her routine geographic location. The alert server may determine whether the second user is outside his or her routine geographic location by assigning confidence values to geographic locations that the second user has previously visited. The alert sent to the first user may be in the form of a text message, e-mail, or other electronic communication. The first user may receive the alert on a mobile device, such as a cellphone, smartphone, netbook, or other mobile device.

System and method of alerting users based on proximity

Disclosed are methods and apparatus for experience sharing for emergency situations. A wearable computing device can receive an indication of an emergency situation. In response to the indication, the wearable computing device can initiate an experience sharing session with one or more emergency contacts. During the experience sharing session, the wearable computing device can capture video data, add text to the captured video data, and transmit the captured video data and added text to the one or more emergency contacts.

Experience sharing

Some disclosed examples relate to facilitating an experience-sharing session in real-time between a first head-mountable display (HMD) and a second HMD. The experience-sharing session can include a demonstration phase and an observation phase. During the demonstration phase, a server system can receive first media content from the first HMD and send the first media content in real-time to the second HMD. The first media content can include a point-of-view video recorded at the first HMD. During the observation phase, the server system can receive second media content from the second HMD and send the second media content in real-time to the first HMD. The second media content can include a point-of-view video recorded at the second HMD.

Experience sharing for training

An exemplary computer-implemented method involves a computing device: (a) causing a graphic display to display a user-interface for accessing one or more experience-sharing sessions, wherein the user-interface is associated with a first user-account; (b) determining a location; (c) initiating a location-based search for one or more associated experience-sharing sessions, wherein each associated experience sharing session involves at least one second user-account that has a confirmed association with the first user-account, and wherein the location-based search is based on the determined location; and (d) causing the graphic display to display at least a portion of each of one or more associated experience-sharing sessions that result from the location-based search.

Experience sharing in location-based social networking

Exemplary methods and systems relate to the handling of a communication request by a wearable computing device. For example, a wearable computing device may respond to communication requests by sharing real-time media that portrays the device's surroundings and the activity of a user associated with the device. The wearable device or a server system communicatively linked to the wearable device may perform the reception and transmission functions. This process may proceed automatically or as a result of user-input and may additionally involve procedures for accepting or rejecting the communication request.

Experience sharing for conveying communication status

This disclosure is directed to techniques for presenting a scratch-card style interface using a touch-sensitive device. The touch-sensitive device is configured to present a first image using a display of the device. The first image may include a plurality of portions. The plurality of portions may be a plurality of overlapping image particles, or may be a plurality of image layers. The device may detect a first user interaction, and graphically remove a first number of portions of the first image in response to detection of the first user interaction. The device may detect a second user interaction, and graphically remove a second number of portions of the first image in response to the detected second user interaction. Graphical removal of the second number of portions may at least partially reveal a second image presented using the display of the device.

Touch-sensitive device scratch card user interface

A sensor is used to detect movement of a mobile device. For example, data received from an accelerometer may be averaged together and compared to a threshold value. If the average of the data is greater than a threshold value, the mobile device may be assumed to be moving. This information may be used to control the frequency of data collection by, for example, a GPS receiver in order to maximize utility and minimize power use.

Growing community of inventors

Mountain View, CA, United States of America

Steven John Lee