Michael T Richmond

20030225833, Dec 4, 2003

May 31, 2002

10/160551

Paul Pilat - Portland OR, US
Mary Smiley - Beaverton OR, US
Michael Richmond - Beaverton OR, US

G06F015/16

709/204000, 725/037000

An apparatus and method includes receiving location information on a first user and a first selection from at least one electronic program guide (EPG), wherein the first selection is made by the first user. The first user is made aware of a chat room that may be of interest to the first user to join based on one of the following parameters, the first selection from the at least one EPG, information associated with the first selection from the at least one EPG, filter information associated with the first user, and the location information on the first user.

20030226147, Dec 4, 2003

May 31, 2002

10/159378

Michael Richmond - Beaverton OR, US
Paul Pilat - Portland OR, US
Mary Smiley - Beaverton OR, US

G06F003/00
H04N005/445
G06F013/00

725/051000, 725/053000

A method includes performing an Internet search for an Internet address based on a keyword, wherein the keyword is obtained from an electronic program guide item of an electronic program guide. The Internet address is received and the keyword and the Internet address are associated together. An information display includes a first area containing an electronic program guide item and a second area containing an indicia of a related Internet address.

20060294518, Dec 28, 2006

Jun 28, 2005

11/169953

Michael Richmond - Beaverton OR, US
Michael Kinney - Olympia WA, US

G06F 9/455

718001000

A lightweight virtual machine monitor (“LVMM”) allocates devices on a virtual host. In one embodiment, the LVMM identifies a primary and a secondary VM on the virtual host. The LVMM may expose various devices on the virtual host directly to the primary VM and provide these devices as virtual devices to the secondary partition.

20070016766, Jan 18, 2007

Jun 28, 2005

11/170597

Michael Richmond - Beaverton OR, US
Vincent Zimmer - Federal Way WA, US
Michael Rothman - Puyallup WA, US

G06F 1/24

713100000

A method and apparatus is described herein for emulating a physical trusted platform module (TPM) in a virtual monitor, such as a system management mode (SMM) or a system management interrupt (SMI) transfer monitor (STM). By allowing SMIs during a secure launch, SMM is allowed into the secure launch trust perimeter and a virtual monitor may emulate the structures, behaviors, and protcted storage of a physical TMP, such as the storage of cryptographic keys, secure verification, attestation, and other TPM functions.

58051562, Sep 8, 1998

Feb 10, 1997

8/797859

Michael S. Richmond - Beaverton OR
James M. Butler - Beaverton OR

Intel Corporation - Santa Clara CA

G06F 1500

345328

A capture device permits selecting portions of a media stream encoded with associated data based on specified event data. The associated data corresponds to the content within the media stream, and the event data includes words and phrases of media desired by a user. The capture device contains a media processing unit, a delay device, and a control device. The media processing unit includes a decoder that is configured to receive media streams and extract the associated data from the media stream. The delay device, configured as a circular buffer, stores a predetermined length of the media stream. The control device receives the event data, compares the associated data with the event data, and generates a trigger event when the associated data matches the event data.

44930275, Jan 8, 1985

May 22, 1981

6/266526

Lawrence H. Katz - Oregon City OR
Douglas M. Wells - Chapel Hill NC
Michael S. Richmond - Pittsboro NC
Richard A. Belgard - Saratoga CA
Walter A. Wallach - Raleigh NC
David H. Bernstein - Ashland MA
John K. Ahlstrom - Mountain View CA
John F. Pilat - Raleigh NC
David A. Farber - Durham NC
Richard G. Bratt - Wayland MA

Data General Corporation - Westboro MA

G06F 300
G06F 922
G06F 936
G06F 946

364200

A method for executing call and return instructions in a digital computer system operating under control of microcode. The microcode may specify calls to and returns from sequences of microinstructions. A call microinstruction sequence corresponds to the call instruction. The call microcode in turn calls other microinstruction sequences for deriving pointers representing the location of the called procedure and of arguments from operands in the call instruction. As the call microcode obtains each argument pointer, it places the pointer on the stack. After it has obtained all of the argument pointers, it passes the pointer to the called procedure and a pointer to the argument pointers to a general call microinstruction sequence. That microinstruction sequence locates the called procedure, makes a new frame including the argument pointers, and saves the state necessary to resume execution of the call microinstruction sequence itself. It then obtains the state necessary to commence execution of the called procedure and causes execution of that procedure to commence.

20160328603, Nov 10, 2016

Jul 18, 2016

15/213033

- Santa Clara CA, US
Dave Paul Singh - Portland OR, US
Michael Solomon Richmond - Beaverton OR, US
James Jin-koo Kim - Portland OR, US

G06K 9/00
G06F 21/32

Various systems and methods for authenticating users via image manipulation are described herein. In various embodiments, an initial image associated with a stored profile of the user is presented on a display device. Input including a manipulation of the initial image to transform the initial image to a manipulated initial image is received on an input device. The user is authenticated in response to the manipulated initial image sufficiently matching a target manipulated image associated with the stored profile of the user. In various embodiments, prior to presenting the initial image, a facial image of the user is captured. The user is identified by applying a facial recognition technique to the captured facial image of the user. The display device is arranged to present the initial image in response to identifying the user as having a stored profile.

20150371079, Dec 24, 2015

Mar 13, 2013

13/991780

- Santa Clara CA, US
Dave Paul Singh - Portland OR, US
Michael Solomon Richmond - Beaverton OR, US
James Jin-koo Kim - Sherwood OR, US

G06K 9/00
H04N 5/232
G06T 5/00
G06F 17/30
H04N 5/262

Various systems and methods for authenticating users via image manipulation are described herein. In various embodiments, an initial image associated with a stored profile of the user is presented on a display device. Input including a manipulation of the initial image to transform the initial image to a manipulated initial image is received on an input device. The user is authenticated in response to the manipulated initial image sufficiently matching a target manipulated image associated with the stored profile of the user. In various embodiments, prior to presenting the initial image, a facial image of the user is captured. The user is identified by applying a facial recognition technique to the captured facial image of the user. The display device is arranged to present the initial image in response to identifying the user as having a stored profile.