Phillip A Jones

6662272, Dec 9, 2003

Sep 29, 2001

09/967614

Sompong P. Olarig - Pleasanton CA
Phillip M. Jones - Spring TX
John E. Jenne - Houston TX

Hewlett-Packard Development Company, L.P. - Houston TX

G06F 1208

711129, 711121, 711133

A cache-based system is adapted for dynamic cache partitioning. A cache is partitioned into a plurality of cache partitions for a plurality of entities. Each cache partition can be assigned as a private cache for a different entity. If a first cache partition satisfying a first predetermined cache partition condition and a second cache partition satisfying a second predetermined cache partition condition are detected, then the size of the first cache partition is increased by a predetermined segment and the size of the second cache partition is decreased by the predetermined segment. An entity can perform cacheline replacement exclusively in its assigned cache partition, and also be capable of reading any cache partition.

6865647, Mar 8, 2005

Dec 8, 2003

10/730761

Sompong P. Olarig - Pleasanton CA, US
Phillip M. Jones - Spring TX, US
John E. Jenne - Houston TX, US

Hewlett-Packard Development Company, L.P. - Houston TX

G06F012/08

711129, 711173

A cache-based system is adapted for dynamic cache partitioning. A cache is partitioned into a plurality of cache partitions for a plurality of entities. Each cache partition can be assigned as a private cache for a different entity. If a first cache partition satisfying a first predetermined cache partition condition and a second cache partition satisfying a second predetermined cache partition condition are detected, then the size of the first cache partition is increased by a predetermined segment and the size of the second cache partition is decreased by the predetermined segment. An entity can perform cacheline replacement exclusively in its assigned cache partition, and also be capable of reading any cache partition.

7225560, Jun 5, 2007

Feb 4, 2005

11/051277

Jeffrey P. Govek - Dallas TX, US
Steven M. Person - Seagoville TX, US
David M. Pizzillo - Carrollton TX, US
Phillip E. Jones - Carrollton TX, US
John E. Aylor - Fort Worth TX, US
David D. Douglas - Garland TX, US

Printing Research, Inc. - Dallas TX

F26B 3/34

34268, 34269

A system for curing printing plates with controlled radiant energy sources. A conveyor moves a printing plate through a chamber having energy radiators above and below the conveyor. Power to the radiators is controlled for each radiator or to groups of radiators defining radiation zones. Curing time may be controlled by adjusting power to the radiators and adjusting the conveyor speed. Sensors detect a plate as it enters and exits the chamber. Heat sensors may detect chamber or plate temperatures. A color sensor may detect plate color as an indicator of degree of curing. A computer system stores curing scenarios and uses the sensor signals and operator inputs to control power to the radiators and conveyor speed to provide uniform curing of the plate.

7685738, Mar 30, 2010

Aug 31, 2005

11/216861

Phillip E. Jones - Little Elm TX, US

Printing Research, Inc. - Dallas TX

F26B 3/34

34245

A printing plate curing system includes a color sensor that measures at least one color value of a printing plate. The color value is used to control a parameter of a curing system, such as energy output or conveyor speed. Multiple color sensors may be used to measure color values of a printing plate before and after imaging, developing and curing. Each sensor may measure multiple color values. The measure values may be used to control an imager as well as a curing system.

20220189316, Jun 16, 2022

Dec 9, 2021

17/546482

- San Francisco CA, US
Marc Francois Xavier Piette - Orinda CA, US
Maxime Marie Christophe Gariel - San Francisco CA, US
Anna Dietrich - Petaluma CA, US
Evan Michael Wilson - San Mateo CA, US
Craig Milliard - San Francisco CA, US
Ryan Olson - San Francisco CA, US
Phillip Jones - Oakland CA, US
Adam Shelly - San Francisco CA, US

Xwing, Inc. - San Francisco CA

G08G 5/00
G08G 5/02
G05D 1/00

An aircraft includes a flight plan and contingency data including a plurality of contingency landing sites. An aircraft communication system communicates with a ground control station via a communication link and detects a lost communication scenario in response to degradation in the communication link. An aircraft flight control system controls the aircraft en route according to the flight plan. In response to detecting the lost communication scenario, the flight control system routes the aircraft back to a last known location in which the communication link was not degraded. In response to failure to re-establish the communication link, the flight control system selects a landing site based on a current aircraft location relative to a plurality of potential landing sites including an origin airport, a destination airport, and a first continency landing site. The flight control system controls the aircraft to approach and land at the selected landing site.