Sean Lee

6770531, Aug 3, 2004

Jun 30, 2001

09/896008

Tyler A. Lowrey - San Jose CA
Sean J. Lee - Santa Clara CA
Huei-Min Ho - Los Gatos CA

Intel Corporation - Santa Clara CA

H01L 21336

438257, 438180, 438253, 438300, 257180, 257355, 257760

In an aspect, an apparatus is provided that sets and reprograms the state of programmable devices. In an aspect, a method is provided such that an adhesive is formed on a dielectric and on an electrode, the adhesive is patterned exposing the electrode, and a programmable material is formed on the adhesive and on the electrode. In an aspect, a method is provided such that an adhesive is formed on a dielectric, an opening is formed through the dielectric exposing a contact formed on a substrate, and a programmable material is formed on the adhesive and on a portion of the contact. A conductor is formed on the programmable material and the contact transmits to a signal line.

7271403, Sep 18, 2007

Dec 13, 2002

10/319183

Ilya Karpov - Santa Clara CA, US
Ward Parkinson - Boise ID, US
Sean Lee - Sunnyvale CA, US

Intel Corporation - Santa Clara CA

H01L 47/00

257 2, 257 73, 257 3, 257 4, 257 5

A phase change memory may be made using an isolation diode in the form of a Schottky diode between a memory cell and a word line. The use of Schottky diode isolation devices may make the memory more scaleable in some embodiments.

7888240, Feb 15, 2011

Oct 10, 2007

11/974168

Roger Hamamjy - San Jose CA, US
Kuo-Wei Chang - Santa Clara CA, US
Sean Jong Lee - Santa Clara CA, US
Chong W. Lim - Santa Clara CA, US

STMicroelectronics S.R.L. - Agrate Brianza

H01L 21/326

438469, 257E2917

A phase change memory including an ovonic threshold switch is formed using a pulsed direct current (DC) deposition chamber using pulsed DC. Pulsed DC is used to deposit a chalcogenide film. Pulsed DC may be also used to deposit a carbon film.

8527570, Sep 3, 2013

Aug 12, 2010

12/855340

Chang Shu - San Jose CA, US
Heng Tang - San Jose CA, US
Sean Lee - Fremont CA, US

Marvell International Ltd. - Hamilton

G06F 7/38

708491

A system to perform Montgomery multiplication includes a first multiplier array configured to multiply w bits of an operand X by W bits of an operand Y, where w and W are integers and w is less than W. A second multiplier array is configured to multiply w bits of an operand Q by W bits of a modulo M. An adder array is configured to add outputs of the first and second multiplier arrays to generate a sum. A partial sum array is configured to store a left portion of the sum. A memory is configured to store a right portion of the sum. Q computation logic includes a lookup table and a half-multiplier that compute W bits of the operand Q sequentially in.

8637342, Jan 28, 2014

Nov 10, 2005

11/272208

Ilya V. Karpov - Santa Clara CA, US
Sean Jong Lee - San Francisco CA, US
Yudong Kim - Santa Clara CA, US
Gregory E. Atwood - Los Gatos CA, US

Ovonyx, Inc. - Sterling Heights MI

H01L 21/00

438 95, 438 3, 438238, 257E27004

An ovonic threshold switch may be formed of a continuous chalcogenide layer. That layer spans multiple cells, forming a phase change memory. In other words, the ovonic threshold switch may be formed of a chalcogenide layer which extends, uninterrupted, over numerous cells of a phase change memory.

20120290798, Nov 15, 2012

May 9, 2012

13/467173

ChengKuo Huang - Sunnyvale CA, US
Siu-Hung Fred Au - Fremont CA, US
Sean Lee - Fremont CA, US
Fei Sun - Santa Clara CA, US
Grace Pao Yi Chen - San Jose CA, US
Man Cheung - San Jose CA, US
Xueshi Yang - Cupertino CA, US

G06F 12/00

711154, 711E12001

Embodiments of the present disclosure provide apparatuses and methods for determining a compacting arrangement to store logical addressable units, which include compressed data sectors, into hardware addressable units of a storage device. The compacting arrangement is based on compression information associated with the logical addressable units. A write module is used to write the compressed data sectors to the storage device according to the compacting arrangement.

20130300752, Nov 14, 2013

Jan 7, 2013

13/735981

Jaydeep Marathe - San Jose CA, US
Sean Lee - Redmond WA, US

NVIDIA CORPORATION - Santa Clara CA

G06F 9/54

345520

A system and method for compiling source code (e.g., with a compiler). The method includes accessing a portion of device source code and determining whether the portion of the device source code comprises a piece of work to be launched on a device from the device. The method further includes determining a plurality of application programming interface (API) calls based on the piece of work to be launched on the device and generating compiled code based on the plurality of API calls. The compiled code comprises a first portion operable to execute on a central processing unit (CPU) and a second portion operable to execute on the device (e.g., GPU).

20130305234, Nov 14, 2013

Mar 25, 2013

13/850237

Michael MURPHY - Newark CA, US
Sean Y. Lee - Redmond WA, US

NVIDIA Corporation - Santa Clara CA

G06F 9/445

717162

Embodiments of the present invention provide a novel solution to generate multiple linked device code portions within a final executable file. Embodiments of the present invention are operable to extract device code from their respective host object filesets and then link them together to form multiple linked device code portions. Also, using the identification process described by embodiments of the present invention, device code embedded within host objects may also be uniquely identified and linked in accordance with the protocols of conventional programming languages. Furthermore, these multiple linked device code portions may be then converted into distinct executable forms of code that may be encapsulated within a single executable file.