Jack S Lee

7646812, Jan 12, 2010

Apr 1, 2005

11/098023

Edward A. Ludvig - Redwood City CA, US
Jack T. Lee - Bellevue WA, US
John P. Comito - Redwood City CA, US

Microsoft Corporation - Redmond WA

H04B 1/66

37524016, 37524013, 37524015, 37524014, 37524012, 37524024, 382238, 382236, 382232

Encoding functionality is described for producing encoded intra (I) pictures and predictive (P) pictures for consumption by an application running on a set-top box. The encoding functionality includes a pre-processing module which marks regions that should not be updated with a predetermined color code. An encoding module receives the output of the pre-processing module, and, in the event that the output contains the predetermined color code, produces a predictive (P) picture. In the predictive (P) picture, the encoding module produces macroblocks having zero motion vector and zero difference (or skipped macroblocks) corresponding to regions that were marked by the pre-processing module with the predetermined color code. The encoding module produces intra macroblocks for other regions of the picture (corresponding to update regions).

58917985, Apr 6, 1999

Dec 20, 1996

8/771304

Brian Doyle - Cupertino CA
Jack Lee - Austin TX

Intel Corporation - Santa Clara CA

H01L 21265

438624

A method for forming an insulator with a high dielectric constant on silicon is disclosed. This method overcomes one limitation of increasing the dielectric constant of a gate dielectric by using a high dielectric constant material, such as a paraelectric material, instead of silicon dioxide. First, nitrogen is implanted into the silicon through a sacrificial oxide layer. After annealing the substrate and stripping the sacrificial oxide, a dielectric layer is formed from a material with a high dielectric constant, such as a paraelectric material. Although the paraelectric material provides a source of oxygen for oxidation of silicon in subsequent high temperature process steps, no oxidation takes place due to the presence of the nitrogen in the silicon. Therefore, there is no undesired decrease in the overall capacitance of the dielectric system. When a gate electrode is formed on the dielectric layer, a nitrogen implant into the gate electrode can be used to prevent oxidation at the upper interface of the gate dielectric.

63067420, Oct 23, 2001

Jan 5, 1999

9/225659

Brian Doyle - Cupertino CA
Jack Lee - Austin TX

Intel Corporation - Santa Clara CA

H01L 2170

438591

A method for forming an insulator with a high dielectric constant on silicon is disclosed. This method overcomes one limitation of increasing the dielectric constant of a gate dielectric by using a high dielectric constant material, such as a paraelectric material, instead of silicon dioxide. First, nitrogen is implanted into the silicon through a sacrificial oxide layer. After annealing the substrate and stripping the sacrificial oxide, a dielectric layer is formed from a material with a high dielectric constant, such as a paraelectric material. Although the paraelectric material provides a source of oxygen for oxidation of silicon in subsequent high temperature process steps, no oxidation takes place due to the presence of the nitrogen in the silicon. Therefore, there is no undesired decrease in the overall capacitance of the dielectric system. When a gate electrode is formed on the dielectric layer, a nitrogen implant into the gate electrode can be used to prevent oxidation at the upper interface of the gate dielectric.

20150261769, Sep 17, 2015

Mar 14, 2014

14/214620

Joanne Uta Ono - San Jose CA, US
Jack Tungcheih Lee - Bellevue WA, US

G06F 17/30

Provided are system, devices and methods for initiating and executing a response to an event, in particular an adverse event. Embodiments of the invention allow a user to use a mobile electronic communication device, such as a smart phone, to access communication channels to generate a list of contactable entities relevant to the event, prioritized by considerations like proximity, appropriateness for the type of event, and appropriateness for the risk level of the event. Additionally, embodiments of the invention may allow for aspects of the management of a response to the event, for instance by enabling a network of responders, created based on the prioritized list of contactable entities.