Brian M Vogel

8521759, Aug 27, 2013

May 23, 2011

13/113484

Joonas Asikainen - Zurich, CH
Brian Kenneth Vogel - Santa Clara CA, US

Rovi Technologies Corporation - Santa Clara CA

G06F 17/30
G06F 7/00

707758, 707769, 707776, 707780, 706 1, 706 2, 706 45, 706 46, 706 52

An input feature vector is computed from an input text record, the input feature vector comprising one or more features, each feature including a subsequence of characters and a frequency of occurrence of the associated subsequence. A input fingerprint is generated out of the input feature vector by choosing one or more features with non-zero frequencies and alphabetizing the features chosen. One or more input indices are generated by alphabetizing features in the input fingerprint and concatenating features occurring in subsequent locations of the input fingerprint. The input text record is matched against a target text record if (1) one or more of the input indices match a target index corresponding to the target text record and (2) the corresponding input fingerprint matches a target fingerprint corresponding to the target text record. The target text record is outputted as a search result if it matches the input text record.

20120239689, Sep 20, 2012

Mar 16, 2011

13/049537

Joonas Asikainen - Zurich, CH
Brian Kenneth Vogel - Santa Clara CA, US

ROVI TECHNOLOGIES CORPORATION - Santa Clara CA

G06F 17/30

707770, 707E17014

A system includes a processor that retrieves, from a first database, a portion of content associated with time-localized metadata. The time-localized metadata and a tag mode identifier are retrieved from a second database. A tag mode associated with the portion of content is determined based on the time-localized metadata and/or the tag mode identifier. The portion of content and/or the time-localized metadata are transmitted to a user device based on the tag mode. In some embodiments, a reconstruction mode associated with the portion of content is determined based on the time-localized metadata and/or a reconstruction mode identifier. The portion of content, the time-localized metadata, attribute information, and/or mapping information are transmitted to the user device based on the reconstruction mode.

20120239690, Sep 20, 2012

Mar 16, 2011

13/049553

Joonas Asikainen - Zurich, CH
Brian Kenneth Vogel - Santa Clara CA, US

ROVI TECHNOLOGIES CORPORATION - Santa Clara CA

G06F 17/30

707770, 707E17014

A system includes a processor that receives, via a communication channel, a portion of content associated with time-localized metadata. The time-localized metadata and a tag mode identifier are retrieved from a database. A tag mode associated with the portion of content is determined based on the time-localized metadata and/or the tag mode identifier. The processor implements a feature based on the time-localized metadata and the tag mode.

20120271823, Oct 25, 2012

Apr 25, 2011

13/093341

Joonas Asikainen - Zurich, CH
Brian Kenneth Vogel - Santa Clara CA, US
John Johansen - Honolulu HI, US

ROVI TECHNOLOGIES CORPORATION - Santa Clara CA

G06F 17/30

707736, 707E17102, 707E17028

A system for discovering content and metadata includes a processor communicatively coupled to a communication network and a database. The processor determines whether an end portion of a portion of content has been received based on the portion of content and/or metadata. The processor generates a content fingerprint based on the portion of content if the end portion has been received. The content fingerprint and/or the metadata are stored in the database.

20180232055, Aug 16, 2018

Feb 9, 2018

15/892693

- Santa Clara CA, US
Narayan Sundararajan - Palo Alto CA, US
Manan Goel - Hillsboro OR, US
Brian K. Vogel - Santa Clara CA, US
Jason Blanchard - Hillsboro OR, US
Jason Wright - Santa Cruz CA, US
Lakshman Krishnamurthy - Portland OR, US
Swarnendu Kar - Hillsboro OR, US

G06F 3/01
G10H 1/34
G10H 1/00

Processing techniques and device configurations for performing and controlling output effects at a plurality of wearable devices are generally described herein. In an example, a processing technique may include receiving, at a computing device, an indication of a triggering gesture that occurs at a first wearable device, determining an output effect corresponding to the indication of the triggering gesture, and in response to determining the output effect, transmitting commands to computing devices that are respectively associated with a plurality of wearable devices, the commands causing the plurality of wearable devices to generate the output effect at the plurality of wearable devices. In further examples, output effects such as haptic feedback, light output, or sound output, may be performed by the plurality of wearable devices, associated computing devices, or other controllable equipment.

20180088675, Mar 29, 2018

Sep 29, 2016

15/280008

Brian K. Vogel - Santa Clara CA, US
Swarnendu Kar - Hillsboro OR, US

G06F 3/01

Embodiments of a system and method for gesture controlled output are generally described. A method may include receiving sensor input information from a wearable device, the sensor input information, determining, using the sensor input information, a gravity vector or a magnetic field, determining a change in horizontal angle, rotational angle, or vertical angle based on the sensor input information, the gravity vector, or the magnetic field, and determining a gesture based on the change in the horizontal angle, the rotational angle, or the vertical angle. The method may include outputting an indication, based on the gesture.

20170034618, Feb 2, 2017

Dec 28, 2013

15/100063

Indira Negi - San Jose CA, US
Lakshman Krishnamurthy - Portland OR, US
Brian K. Vogel - Santa Clara CA, US
Darren S. Crews - Hillsboro OR, US
Sai Hemachandra Vemprala - Tempe AZ, US
Xiaochao Yang - San Jose CA, US
Howard D. Millett - Cornelius OR, US
Alexander Essaian - San Jose CA, US
Alanson P. Sample - Hillsboro OR, US

lntel Corporation - Santa Clara CA

H04R 3/00
H04Q 1/54
H04M 1/60
H04R 1/10
G10L 19/00

A system and method for data transmission and power supply capability over an audio jack for mobile devices are disclosed. A particular embodiment includes: a peripheral device including an energy storage component, a microphone using a microphone bias voltage, and a select switch configured to provide a first switch position wherein charging of the energy storage component using the microphone bias voltage via the microphone conductor is enabled, the select switch being configured provide a second switch position wherein charging of the energy storage component using the microphone bias voltage via the microphone conductor is disabled; and a mobile device and an application (app) executable in the mobile device to produce a switching tone on the audio signal conductor of the audio jack, the switching tone causing the select switch to transition to the first switch position or the second switch position.

20160379659, Dec 29, 2016

Dec 28, 2013

15/100041

- Santa Clara CA, US
Haibin Liu - Santa Clara CA, US
Lakshman Krishnamurthy - Portland OR, US
Alexander Essaian - San Jose CA, US
Brian K. Vogel - Santa Clara CA, US
Xiaochao Yang - San Jose CA, US
Prasanna Singamsetty - San Jose CA, US
Fuad Al-Amin - Sunnyvale CA, US

lntel Corporation - Santa Clara CA

G10L 19/16
H04L 25/49

A system and method for data transmission over an audio jack are disclosed. A particular embodiment includes: an audio interface including an audio jack, the audio interface including a right audio signal interface and a left audio signal interface; a data extractor coupled to the audio interface, the data extractor being configured to receive an audio stream via the audio interface and to isolate data encoded into the audio stream as out-of-phase data tones; and a microcontroller coupled to the data extractor to receive and process the data isolated by the data extractor.