Wayne A Wong, 546748 22Nd Ave NW, Seattle, WA 98117

6785797, Aug 31, 2004

Dec 19, 2000

09/741371

Wayne A. Wong - Seattle WA
Christopher B. Wilkerson - Portland OR

Intel Corporation - Santa Clara CA

G06F 1206

711213, 711137

Apparatus and methods for addressing predicting useful in high-performance computing systems. The present invention provides novel correlation prediction tables. In one embodiment, correlation prediction tables of the present invention contain an entered key for each successor value entered into the correlation table. In a second embodiment, correlation prediction tables of the present invention utilize address offsets for both the entered keys and entered successor values.

6931490, Aug 16, 2005

Dec 15, 2000

09/738088

Wayne A. Wong - Seattle WA, US
Christopher B. Wilkerson - Portland OR, US

Intel Corporation - Santa Clara CA

G06F012/08

711128, 711137

Set address correlation correlates between addresses belonging to a common address set. Addresses are grouped into address sets and correlations are created between addresses by set. The correlations are used to predict future addresses based on current addresses.

7206918, Apr 17, 2007

Aug 12, 2004

10/916881

Wayne A. Wong - Seattle WA, US
Christopher B. Wilkerson - Portland OR, US

Intel Corporation - Santa Clara CA

G06F 12/06

711213, 711216, 711220, 711221, 711218, 711 5, 711 1, 711137

Apparatus and methods for addressing predicting useful in high-performance computing systems. The present invention provides novel correlation prediction tables. In one embodiment, correlation prediction tables of the present invention contain an entered key for each successor value entered into the correlation table. In a second embodiment, correlation prediction tables of the present invention utilize address offsets for both the entered keys and entered successor values.

6014513, Jan 11, 2000

Dec 23, 1997

8/996839

Geoffrey Michael Voelker - Seattle WA
Theodore H. Romer - Seattle WA
Alastair Wolman - Seattle WA
Dennis Chua Lee - Seattle WA
Brian N. Bershad - Seattle WA
John Bradley Chen - Winchester MA
Henry M. Levy - Seattle WA
Wayne Anthony Wong - Hillsboro OR

University of Washington - Seattle WA

G06F 9445

395703

A computer software tool used for automatically identifying code portions and data portions of a binary executable software program in which the code portions include machine instructions that are of arbitrary length. Software products are typically distributed as binary, executable files, which comprise a string of binary values. In general, an executable file has no structure or meaning, except as determined by its behavior when dynamically executed, one instruction at a time, by a digital computer. The software tool determines a set of addresses for any known code and data portions. The tool is then used to disassemble machine instructions, beginning at a starting address for each known code portion, to identify the target addresses of other code portions and other data portions. Other sections of the binary executable software program that could be either code or data are then analyzed to identify additionAL code and data portions. As new portions are identified, the steps are repeated, until no further code or data portions are identifiable.

5953534, Sep 14, 1999

Dec 23, 1997

8/996838

Theodore H. Romer - Seattle WA
Alastair Wolman - Seattle WA
Dennis Chua Lee - Seattle WA
Geoffrey Michael Voelker - Seattle WA
Brian N. Bershad - Seattle WA
John Bradley Chen - Winchester MA
Henry M. Levy - Seattle WA
Wayne Anthony Wong - Hillsboro OR

University of Washington - Seattle WA

G06F 9445

395712

A method and procedure for modifying modules comprising a binary executable software program in such a way that, despite the transformations performed and the creation of new versions of the modules, the transformed program appears (to that program, including all of its components) as if it is running in the identical environment as the original program. The environment includes environment variables, the name of the program, the names of all of the dynamically loaded library (DLL) files that the program references, the directory in which the program resides, and the current directory at the time the program started execution. When the program has been transformed, e. g. , for the purposes of monitoring or measurement, the environment also includes the effective addresses of data and instruction references made by the program. By employing the present invention, a modified software program will have the same behavior as the original unmodified program from which it is derived, even though it and many of its environment characteristics have been changed.

2017001, Jan 12, 2017

Jul 6, 2015

14/792229

- Santa Clara CA, US
Michael Krack - St. Pete Beach FL, US
Jai Pugalia - San Jose CA, US
Jeffrey Wong - San Jose CA, US
Wayne Wong - Milpitas CA, US

G06F 3/16
H04M 3/02
H04L 12/58
H04W 68/00

An electronic device, system, and method performs an automated control. The electronic device includes an audio output device configured to play a sound. The electronic device includes a processor configured to receive state data indicative of a state of a user of the electronic device. The processor is configured to control an activation of the audio output device based upon the state data. The activation of the audio output device is based upon first setting data when the state data indicates a first state. The activation of the audio output device is based upon second setting data when the state data indicates a second state.

2016011, Apr 21, 2016

Oct 21, 2014

14/519240

- Santa Clara CA, US
Michael Krack - St. Pete Beach FL, US
Wayne Wong - Milpitas CA, US
Jeffrey Wong - San Jose CA, US
Lee Shero - McKinney TX, US

H04L 29/06
H04L 29/08

A conference managing computer system for managing one or more communication sessions is disclosed. The conference managing computer system includes a monitoring module for monitoring one or more requests from one or more user devices to remotely access the communication session. The conference managing computer system further includes a detection module for detecting presence of the one or more user devices based on proximity. The conference managing computer system further includes a connection module for establishing one or more real time communication sessions with one or more detected user devices. The conference managing computer system further includes a conferencing module for managing the one or more communication sessions to enable the one or more detected user devices to join the communication session.