David J Cobbley, 33Beaverton, OR

D454563, Mar 19, 2002

Jan 4, 2001

29/135057

Stephen R. Brown - Portland OR
Masahito Cho - Portland OR
Christopher Valentine - Portland OR
Philip White - Portland OR
Rochelle J. Keeler - Portland OR
Edward R. Harrison - Beaverton OR
Edward D. Arrington - Hillsboro OR
Clark Chen - Portland OR
R. David Redelfs - Portland OR
Cindy Merrill - Portland OR
David A. Cobbley - Portland OR

Intel Corporation - Santa Clara CA

1402

D14342

6501464, Dec 31, 2002

Oct 31, 2000

09/703159

David A. Cobbley - Portland OR
William C. DeLeeuw - Portland OR

Intel Corporation - Santa Clara CA

G09G 500

345173, 345773

A graphical user interface in the form of a transparent keyboard may be positioned over an existing computer display. The user may input textual data through the keyboard by selecting keys in the transparent keyboard display. The text entry may then appear on the computer display in non-transparent or conventional format.

7036086, Apr 25, 2006

Jan 4, 2001

09/754553

David A. Cobbley - Portland OR, US
Nitin Gupta - Hillsboro OR, US

Intel Corporation - Santa Clara CA

G09G 5/00

715773, 715744

A keyboard image may be displayed on the display of a processor-based system to facilitate the entry of data. The keyboard image may include a plurality of key images which may be user selected to make data entries. The keyboard image may be positioned on the display and any data entry areas or other associated textual matter may be moved to facilitate the simultaneous display of data entry areas, associated text or graphics, and the keyboard image without substantial obstruction.

2013000, Jan 3, 2013

Jun 29, 2011

13/171974

Bradford H. Needham - North Plains OR, US
David A. Cobbley - Beaverton OR, US
David A. Sandage - Forest Grove OR, US
Matthew D. Wood - Portland OR, US

G01C 21/00

701426, 701438

An embodiment of the invention includes (a) acquiring a tour start location, a tour constraint, and a first user travel preference for a first user; and (b) determining a tour route, including first and second tour segments, based on the tour start location and the tour constraint. The first tour segment is determined based on the first user travel preference. The tour constraint includes a time constraint that is defined by the first user and includes a maximum allowable time for the tour route. Other embodiments are described herein.

5818510, Oct 6, 1998

Jun 27, 1996

8/669723

David A. Cobbley - Portland OR
John A. Throckmorton - Lake Oswego OR

Intel Corporation - Santa Clara CA

H04N 710

348 7

A method and apparatus generates and transfers a stream of broadcast information which includes multiple video and audio information segments to a receiving device. Once received, the segments are stored in a cache and indexing information associated with the segments is made available to end users of the apparatus. The end users are then able to select which segment(s) they would like to receive, and the selected segment(s) is transmitted to the requesting user(s). In one embodiment, when a new segment is received, a determination is made as to whether it is a more recent version of another segment already stored by the apparatus. If it is a more recent version, then the older version is overwritten by the newer version.

5546538, Aug 13, 1996

Dec 14, 1993

8/167523

David A. Cobbley - Portland OR
James A. Valerio - Portland OR
Frederick J. Pollack - Portland OR

Intel Corporation - Santa Clara CA

G06F 1300

39520001

A computer arrangement that offloads computationally intensive tasks from portable computer devices to larger servers is disclosed. A portable computer device that relies on handwriting or speech for input is equipped with a wireless communication subsystem. When a user writes on the display or speaks into the portable computer device, the central processing unit passes the handwriting or speech information to the wireless communication subsystem. While the user is still inputting information, the wireless communication subsystem transmits received information to a communication server. The communication server routes the handwriting or speech information to a server that performs handwriting or speech recognition to translate the information into encoded text. The communication server then transmits the encoded text information back to the portable computer device.

5614940, Mar 25, 1997

Oct 21, 1994

8/327504

David A. Cobbley - Portland OR
John A. Throckmorton - Lake Oswego OR

Intel Corporation - Santa Clara CA

H04N 5265

348 7

A method and apparatus generates and transfers a stream of broadcast information which includes multiple video and audio information segments to a receiving device. Once received, the segments are stored in a cache and indexing information associated with the segments is made available to end users of the apparatus. The end users are then able to select which segment(s) they would like to receive, and the selected segment(s) is transmitted to the requesting user(s). In one embodiment, when a new segment is received, a determination is made as to whether it is a more recent version of another segment already stored by the apparatus. If it is a more recent version, then the older version is overwritten by the newer version.

2019039, Dec 26, 2019

Mar 13, 2019

16/352018

- Santa Clara CA, US
Kara E. Jackson - Seattle WA, US
Mark D. Yarvis - Portland OR, US
David J. Cobbley - Portland OR, US
Andrew S. Dickinson - Tigard OR, US
Milind Pandit - Portland OR, US

G05B 15/02
G10L 15/22

Technologies for conversational control of a home automation system include a computing device in communication with one or more home automation devices. The computing device receives text input indicative of a spoken user request including one or more parameters associated with a home automation command. The computing device matches the text input against a home automation language model including several predefined dialog patterns. The computing device resolves parameters of the command using a context model. The computing device may resolve the location, device, or requested device state of the command. The computing device generates a text response and a home automation command using the language model, and then presents the text response to the user and performs the home automation command using the home automation devices. In some embodiments, the computing device may control an application automation system or a data exploration system. Other embodiments are described and claimed.