GEORGE STENNIS MOORE
Pilots at Bella Vis Dr, Spokane Valley, WA

6353400, Mar 5, 2002

Nov 23, 1999

09/447537

George Stennis Moore - Veradale WA

Agilent Technologies, Inc. - Palo Alto CA

H03M 1300

341 94, 714746, 714790

A method and apparatus for radically abbreviated decoding for providing decoded data by dividing a stream of data symbols, which form the decoder input, into symbol bit streams. The symbol bit streams are combined with delayed data streams in a first formatting means forming formatted bit streams. The formatted bit streams are applied to a selecting means for selecting bits from the formatted bit streams, forming a selected formatted bit stream. The selected formatted bit stream is applied to a sequential storage means forming delayed bits. The delayed bits are tapped from different points on the sequential storage means forming weighted bits. The weighted bits are then combined with a second formatting means further forming the delayed data streams, where the selected formatted bit stream is the decoded data.

2009029, Nov 26, 2009

May 22, 2008

12/125698

George Moore - Veradale WA, US
Nicholas Tufillaro - Corvalis OR, US

H04L 27/00

375295

A method generating a digital waveform, pulse generators and VNAs based thereon are disclosed. The digital waveform is generated in response to user-supplied parameters defining a sawtooth chirp signal. A digital baseband chirp signal that depends on the input parameters is first generated and then the digital baseband signal is upconverted to a center frequency to form an upconverted chirp signal. The upconverted chirp signal is then converted to an M-ary signal having M levels and then (optionally) filtered through a band pass filter to attenuate frequency components of the digital chirp signal outside a predetermined band of frequencies. The digital baseband chirp signal can also include the sum of first and second chirp signals having amplitudes and phase determined to reduce variations in amplitude as a function of frequency in a predetermined band of frequencies.

8080782, Dec 20, 2011

Jul 29, 2009

12/511965

August Hidalgo - San Francisco CA, US
Brian D Setterberg - Menlo Park CA, US
George Stennis Moore - Veradale WA, US
Michael Manlove - Redwood City CA, US

Agilent Technologies, Inc. - Santa Clara CA

H01J 49/00

250282, 250281, 250286, 250287

A detection signal generated in response to incident ions accelerated at temporally-irregular intervals having an average repetition rate greater than a reference repetition rate represents detection events each having an event time and an intensity. For each detection event, respective allowed TOFs between the event time and the transient times are calculated. Using respective initial probabilities, initial apportionments of the intensity of each detection event among the allowed TOFs linked thereto are determined. For each allowed TOF, the intensity apportionments thereto are accumulated to generate an intensity accumulation linked thereto. For each detection event, respective revised probabilities are iteratively determined using the intensity accumulations linked to the allowed TOFs linked thereto, and the respective intensity is iteratively reapportioned among the allowed TOFs linked thereto using the revised probabilities to transform the detection signal to a time-of-flight spectrum.

7295060, Nov 13, 2007

Jul 28, 2005

11/193846

George Stennis Moore - Veradale WA, US

Agilent Technologies, Inc. - Santa Clara CA

G01R 19/00

330 2

Single port characterization of RF amplifier phase and amplitude transfer functions are developed by measuring the output of the amplifier as it is excited by a predetermined frequency over a series of bias steps. One bias step is chosen as a reference level. Amplitude characterization is obtained from measured magnitude at each step in the test sequence. Phase information is extracted from the same measurements by measuring phase and phase trajectory at a reference level, and subtracting measured phase information at a desired step in the test sequence from an estimation of the reference phase trajectory at that step. Reference measurements may be interspersed with other measurements.

2006009, May 4, 2006

Oct 30, 2004

10/978065

George Moore - Veradale WA, US

G06F 15/00

708200000

In one embodiment, a method of permuting a vector comprises providing vector entries of the vector to an input stage of a permuting structure, wherein the permuting structure comprises a plurality of stages and interconnections for groups of vector entries between the plurality of plurality of stages such that any input vector entry can be routed to any output vector entry, loading control elements of the permuting structure with random control bits that control routing of vector entries between stages of the permuting structure, and routing the vector entries from an input stage of the permuting structure to an output structure according to the control bits using the permuting structure.

7519112, Apr 14, 2009

Oct 31, 2005

11/263236

Fred Herbert Ives - Veradale WA, US
George Stennis Moore - Veradale WA, US

Agilent Technologies, Inc. - Santa Clara CA

H04B 3/46

375224

A testing device for testing transceivers includes a transmitter operable in a first state to transmit signals, a receiver operable in a second state to receive signals and a power coupler coupling the transmitter to the receiver. The testing device further includes an overload protection device operably coupled between the power coupler and the receiver to reduce or maintain the signal strength of a received signal at the receiver based on a control signal. A controller determines a current state of the received signal and generates the control signal based on the current state of the received signal.

2006009, May 4, 2006

Nov 4, 2004

10/981043

George Moore - Veradale WA, US
Timothy Christensen - Otis Orchards WA, US
Brian Okken - Liberty Lake WA, US

G06F 12/14

711109000

In one embodiment, an interface facilitates communication of data between a source block and a sink block. The interface comprises a first register element that receives data from the source block via an input line, wherein the first register element changes value when a clock enable signal is applied to the first register element and maintains its value when the clock enable signal is not applied; a first multiplexer coupled to the input line and an output of the first register element; and a first shift register for receiving a signal from the sink block indicating that the sink block is retrieving data from the interface; wherein the first shift register outputs a delayed version of the signal from the sink block to provide the clock enable signal to the first register element and to control an output of the first multiplexer.

2008000, Jan 3, 2008

Jun 29, 2006

11/478954

George Stennis Moore - Veradale WA, US

H01L 35/00

327512

Temperature stabilization of an integrated circuit to reduce effects of data and activity variation. Heat dissipating load structures are integrated onto the die and controlled in response to sensed device characteristics. In a first embodiment, heat dissipating load structures on the device are used to maintain constant device power dissipation. In a second embodiment, the heat dissipating load structures are used in conjunction with on-device temperature sensors to maintain constant device temperature.

5940537, Aug 17, 1999

Jan 16, 1996

8/586058

Joel H. Regen - Leander TX
George Moore - Veradale WA

Tamarack Storage Devices - Los Alamos NM

G06K 976

382210

A method of and system for compensating for geometric distortion in a two-dimensional image finds fiducial marks in the image plane corresponding to fiducial marks in the object plane. The invention includes performing a matched filter search to locate corner fiducials from an object plane in the image plane. Locating the corner fiducials permits locating the remaining fiducials in the image plane. A centroid calculation makes the location of the fiducials in the image plane more precise and permits the generation of a solution matrix. The solution matrix and a trajectory engine map the pixels in the image plane to compensate for magnification, tilt, pin cushion, barrel, and other types of geometric distortions.

7548177, Jun 16, 2009

Aug 14, 2006

11/464363

George Stennis Moore - Veradale WA, US
Brad Elwood Andersen - Spokane Valley WA, US

Agilent Technologies, Inc. - Santa Clara CA

H03M 1/20

341131, 398193

Multiple noise-FM dither. An analog dither signal is generated by summing two or more noise-FM signals, each noise-FM signal being a carrier modulated by a noise source.