Teresa Kim Morrison

age ~51

from Longmont, CO

Also known as:
  • Teresa K Morrison
  • Teresa K Peacock
  • Teresa Kim Peacock
  • Theresa K Morrison
  • Jami E Morrison
Phone and address:
4128 Prairie Fire Cir, Longmont, CO 80503

Teresa Morrison Phones & Addresses

  • 4128 Prairie Fire Cir, Longmont, CO 80503
  • Falls Church, VA
  • Niceville, FL
  • Dayton, OH
  • Fort Walton Beach, FL
  • Madison, WI
  • Eglin AFB, FL
  • Montgomery, OH
  • Denver, CO
  • 4575 Castlewood Ln, Niceville, FL 32578

Work

  • Company:
    Cambium learning group
    Mar 2011
  • Position:
    Senior product consultant

Education

  • School / High School:
    Trinity University- Washington, DC
    1996
  • Specialities:
    M.Ed. in Curriculum and Instruction

Resumes

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Teresa Morrison

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Teresa Morrison

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Teresa Morrison

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Teresa Morrison

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Teresa Morrison

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Teresa Morrison Columbia, MD

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Work:
Cambium Learning Group

Mar 2011 to 2000
Senior Product Consultant
District of Columbia Public Schools
Washington, DC
Aug 2008 to Mar 2011
Master Educator
Zaner-Bloser Educational Publishing Co.
Columbus, OH
Aug 2005 to Oct 2008
National Literacy Consultant
Edison Schools, Inc
New York, NY
Nov 2001 to Aug 2005
National Curriculum Coordinator-Secondary Reading and Language Arts
Edison Schools, Inc

Aug 2000 to Aug 2005
National and International Learning Environment Educator and Trainer
Friendship-Edison Public Charter School
Washington, DC
Aug 1999 to Nov 2001
Lead Teacher and Reading/Language Arts Educator
Education:
Trinity University
Washington, DC
1996
M.Ed. in Curriculum and Instruction
University of Virginia
Charlottesville, VA
1994
B.A. in Government and Foreign Affairs
Teresa Morrison Photo 7

Teresa Morrison

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Location:
United States

Us Patents

  • Pixel Zoom System And Method For A Computer Graphics System

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  • US Patent:
    6421063, Jul 16, 2002
  • Filed:
    Apr 9, 1999
  • Appl. No.:
    09/288734
  • Inventors:
    Teresa M Morrison - Fort Collins CO
  • Assignee:
    Hewlett-Packard Company - Palo Alto CA
  • International Classification:
    G06T 340
  • US Classification:
    345660
  • Abstract:
    A computer graphics system efficiently implements a pixel zoom function. The graphics system includes a rasterizer designed to define a new zoomed (enlarged or reduced) raster image of a region in an original raster image having pixels defined in a coordinate system with orthogonal first and second axes (x,y), the region comprising a plurality of original pixels. The region to be zoomed can be modified differently along its x, y axes. In other words, the region may be enlarged (positive zoom) along one axis, while reduced (negative zoom) along the other axis, or either enlarged or reduced by different magnitudes (zoomX, zoomY) along the x, y axes. Furthermore, the zoom magnitudes may be integers (integer zoomX, integer zoomY) or floating point numbers (float zoomX, float zoomY). The rasterizer is designed to (1) determine a starting raster position for the zoomed raster image; (2) determine a first number of first pixels along the first axis for each row of the original pixels; and (3) determine, for each row of the original pixels, a second number of second pixels along the second axis for each column of the original pixels. A rendering mechanism associated with the pixel zoom system is designed to render the zoomed image based upon the starting raster position, the first numbers corresponding with the original pixel rows, the second numbers corresponding with the original pixel columns.
  • Pixel Zoom System And Method For A Computer Graphics System

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  • US Patent:
    6621501, Sep 16, 2003
  • Filed:
    Feb 8, 2002
  • Appl. No.:
    10/068906
  • Inventors:
    Teresa M Morrison - Fort Collins CO
  • Assignee:
    Hewlett-Packard Development Company, L.P. - Houston TX
  • International Classification:
    G09G 500
  • US Classification:
    345660, 345667
  • Abstract:
    A computer graphics system efficiently implements a pixel zoom function. The graphics system includes a rasterizer designed to define a new zoomed (enlarged or reduced) raster image of a region in an original raster image having pixels defined in a coordinate system with orthogonal first and second axes (x,y), the region comprising a plurality of original pixels. The region to be zoomed can be modified differently along its x, y axes. In other words, the region may be enlarged (positive zoom) along one axis, while reduced (negative zoom) along the other axis, or either enlarged or reduced by different magnitudes (zoomX, zoomY) along the x, y axes. Furthermore, the zoom magnitudes may be integers (integer zoomX, integer zoomY) or floating point numbers (float zoomX, float zoomY). The rasterizer is designed to (1) determine a starting raster position for the zoomed raster image; (2) determine a first number of first pixels along the first axis for each row of the original pixels; and (3) determine, for each row of the original pixels, a second number of second pixels along the second axis for each column of the original pixels. A rendering mechanism associated with the pixel zoom system is designed to render the zoomed image based upon the starting raster position, the first numbers corresponding with the original pixel rows, the second numbers corresponding with the original pixel columns.
  • Precise Gradient Calculation System And Method For A Texture Mapping System Of A Computer Graphics System

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  • US Patent:
    60055839, Dec 21, 1999
  • Filed:
    Apr 30, 1997
  • Appl. No.:
    8/846744
  • Inventors:
    Teresa M. Morrison - Fort Collins CO
  • Assignee:
    Hewlett-Packard Company - Palo Alto CA
  • International Classification:
    G09B 908
  • US Classification:
    345430
  • Abstract:
    A gradient calculation system efficiently calculates precise gradients for planar surfaces of primitives in computer graphics systems using exact closed form solutions. The system is particularly suited for calculating gradients to enable selection of an appropriate texture map resolution in a texture mapping system. In architecture, the gradient calculation system can be implemented in software, hardware, or a combination thereof, and is more particularly implemented as follows. A texture mapping system is provided with a plurality of MIP maps with different texel resolutions. A gradient calculation system associated with the texture mapping system computes texel gradients relative to a pixel of a primitive using closed form equations that result in exact gradients. MIP map selection logic associated with the texture mapping system selects an appropriate MIP map for the pixel from the plurality of MIP maps based upon the calculated exact gradients. Optionally, the system may further include a performance optimization feature for assigning the appropriate MIP map to subsequent pixels of, preferably, the entire primitive, or secondarily, to subsequent pixels of a span of the primitive, when certain gradient criteria are met.
  • Methods For High Precision, Memory Efficient Surface Normal Compression And Expansion

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  • US Patent:
    61917915, Feb 20, 2001
  • Filed:
    Sep 30, 1997
  • Appl. No.:
    8/940913
  • Inventors:
    Don W Dyer - Fort Collins CO
    Paul E Martz - Fort Collins CO
    Teresa M Morrison - Fort Collins CO
  • Assignee:
    Hewlett-Packard Company - Palo Alto CA
  • International Classification:
    G06F 1500
  • US Classification:
    345429
  • Abstract:
    A high precision, memory efficient method for the compression of surface normals into quantized normals and the inverse method for the expansion of those quantized surface normals back into surface normals. The surface of a three dimensional figure is conceptually divided into small areas, and the effective surface normal for each of these areas is related to the surface normal of a unit sphere tessellated into a similar number of small areas or tiles. A quantized normal is defined to be the tile number on the surface of the unit sphere. For a particular three dimensional figure, instead of storing surface unit normal values of {X,Y,Z} for each coordinate, the quantized surface normal value (i. e. , the tile number) is stored. Thus, for a surface normal expressed in Cartesian coordinates, a compression ratio of 6:1 is possible depending upon the memory required to store real and integer values and the desired accuracy.
  • Methods For High Precision, Memory Efficient Surface Normal Compression And Expansion

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  • US Patent:
    6326966, Dec 4, 2001
  • Filed:
    Jul 19, 2000
  • Appl. No.:
    9/619521
  • Inventors:
    Don W Dyer - Fort Collins CO
    Paul E Martz - Fort Collins CO
    Teresa M Morrison - Fort Collins CO
  • Assignee:
    Hewlett Packard Company - Palo Alto CA
  • International Classification:
    G06F 1500
  • US Classification:
    345420
  • Abstract:
    A high precision, memory efficient method for the compression of surface normals into quantized normals and the inverse method for the expansion of those quantized surface normals back into surface normals. The surface of a three dimensional figure is conceptually divided into small areas, and the effective surface normal for each of these areas is related to the surface normal of a unit sphere tessellated into a similar number of small areas or tiles. A quantized normal is defined to be the tile number on the surface of the unit sphere. For a particular three dimensional figure, instead of storing surface unit normal values of {X,Y,Z} for each coordinate, the quantized surface normal value (i. e. , the tile number) is stored. Thus, for a surface normal expressed in Cartesian coordinates, a compression ratio of 6:1 is possible depending upon the memory required to store real and integer values and the desired accuracy.
  • Scalable Compute Fabric

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  • US Patent:
    20170206113, Jul 20, 2017
  • Filed:
    Mar 31, 2017
  • Appl. No.:
    15/475679
  • Inventors:
    - Santa Clara CA, US
    Teresa Morrison - Fort Collins CO, US
  • Assignee:
    Intel Corporation - Santa Clara CA
  • International Classification:
    G06F 9/50
    G06F 9/38
    G06F 15/80
  • Abstract:
    A method and apparatus for providing a scalable compute fabric are provided herein. The method can include determining a workflow for processing by the scalable compute fabric, wherein the workflow is based on an instruction set. A pipeline can be configured dynamically for processing the workflow, and the workflow is executed using the pipeline. A computing device can include a first group of two or more processing cores, a second group of two or more processing cores, and a third group of two or more processing cores. One or more of the first group of two or more processing cores, the second group of two or more processing cores, and the third group of two or more processing cores can power down based on a type of task to be performed.
  • Scalable Compute Fabric

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  • US Patent:
    20160210147, Jul 21, 2016
  • Filed:
    Mar 25, 2016
  • Appl. No.:
    15/081203
  • Inventors:
    - Santa Clara CA, US
    Teresa Morrison - Fort Collins CO, US
  • Assignee:
    Intel Corporation - Santa Clara CA
  • International Classification:
    G06F 9/30
    G06F 15/78
  • Abstract:
    A method and apparatus for providing a scalable compute fabric are provided herein. The method includes determining a workflow for processing by the scalable compute fabric, wherein the workflow is based on an instruction set. A pipeline in configured dynamically for processing the workflow, and the workflow is executed using the pipeline.
  • Configurable Ring Network

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  • US Patent:
    20140189298, Jul 3, 2014
  • Filed:
    Dec 27, 2012
  • Appl. No.:
    13/727795
  • Inventors:
    Teresa Morrison - Fort Collins CO, US
    Scott A. Krig - Folsom CA, US
  • International Classification:
    G06F 15/76
  • US Classification:
    712 30
  • Abstract:
    A apparatus and computing device for providing a configurable ring network are provided herein. The apparatus includes logic to configure a ring processor for each of a plurality of processing elements, and logic to network each ring processor, wherein each ring processor communicates with other ring processors using a set of commands.

Isbn (Books And Publications)

Dun & Bradstreet's Guide to Doing Business Around the World

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Author
Teresa C. Morrison

ISBN #
0135314844

Dun & Bradstreet's Guide to Doing Business Around the World

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Author
Teresa C. Morrison

ISBN #
0735201080

Medicine Doctors

Teresa Morrison Photo 8

Teresa Ann Morrison

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Specialties:
Pediatrics
Education:
University of South Alabama (1991)

Googleplus

Teresa Morrison Photo 9

Teresa Morrison (Teresate...

Education:
UNICO (UAG) - Advertising and Graphic Design, Centro Escolar del Noroeste - Highscool
About:
Soy mama de Lucia y la esposa de Ted, la hija de Oscar y Tere, hermana de Caro y Oscar, la cuñada de Yoshio y Daniela.
Tagline:
I am a Graphic Designer... over twelve years of experience.
Bragging Rights:
Trying to find an awesome job, trying to change old habits, trying, trying...
Teresa Morrison Photo 10

Teresa Morrison

Work:
UCI Irvine - Staff Nurse II (1990-1993)
Education:
Valley Vocational - CNA to LVN, Mount San Antonio - LVN to RN
Relationship:
Single
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Teresa Morrison

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Teresa Morrison

Teresa Morrison Photo 13

Teresa Morrison

Teresa Morrison Photo 14

Teresa Morrison

Teresa Morrison Photo 15

Teresa Morrison

Teresa Morrison Photo 16

Teresa Morrison

Plaxo

Teresa Morrison Photo 17

Teresa Morrison

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Past: PC Support Specialist at OSF Health Care, Help Desk Specialist at Methodist medical center

Youtube

Teresa Morrison- Standup in NC!

First time ever doing stand up not in NYC. A talent show? Why not! HIR...

  • Duration:
    8m 25s

Teresa Morrison singing 'Where In The World I...

Teresa Morrison singing 'Where In The World Is My Prince' in JDProduct...

  • Duration:
    2m 4s

Monologue Teresa Morrison

Filmed by Eddie Carroll.

  • Duration:
    1m 24s

Fine Bit-Teresa Morrison

  • Duration:
    1m 5s

Teresa Morrison is...Lady in the Peach Dress

A long overdue cabaret about my long overdue love life. Filmed by Jon ...

  • Duration:
    1h 8m 34s

Teresa Morrison sings I Can Cook Too from On ...

Teresa Morrison sings I Can Cook Too from On the Town Produced by Orph...

  • Duration:
    1m 13s

Classmates

Teresa Morrison Photo 18

Teresa Dehkordi (Morrison)

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Schools:
Saint Joseph School Cupertino CA 1980-1984
Community:
Karen Kessler
Teresa Morrison Photo 19

Teresa Morrison

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Schools:
Thomas Walker High School Ewing VA 1979-1983
Community:
Karen Shaffer
Teresa Morrison Photo 20

Teresa Morrison (Handley)

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Schools:
Bartlett High School Anchorage AK 1978-1982
Community:
Suzanne Fletcher, Renee Pagel, Barbara Acey
Teresa Morrison Photo 21

Teresa Morrison (Looper)

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Schools:
Winfield City High School Winfield AL 1973-1977
Community:
Brenda Roberts, Gerald Kenney, Jerry Hayes
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Teresa Morrison

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Schools:
Tuscaloosa High School Tuscaloosa AL 1966-1970
Community:
Deloris Madison, William Price
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Teresa Morrison

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Schools:
Three Rivers High School Three Rivers MI 1973-1977
Teresa Morrison Photo 24

Teresa Morrison

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Schools:
Princeton Community High School Princeton IN 1988-1992
Community:
Brenda Kelly, Bruce Wilkerson
Teresa Morrison Photo 25

Teresa Howe (Morrison)

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Schools:
Harriman Middle School Harriman TN 1992-1996
Community:
Charles Gunter, Samuel Raymond

Facebook

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Teresa Mitchell Morrison

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Teresa Morrison Photo 27

Teresa Ellis Morrison

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Teresa Foglio Morrison

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Teresa White Morrison

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Teresa Dunford Morrison

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Teresa Caudill Morrison

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Teresa Morrison Photo 32

Teresa Bitsy Morrison

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Teresa Harper Morrison

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Flickr

Myspace

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Teresa Morrison

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Locality:
LAUGHLIN, Nevada
Gender:
Female
Birthday:
1943
Teresa Morrison Photo 43

teresa morrison

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Locality:
POCATELLO, IDAHO
Gender:
Female
Birthday:
1943
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Teresa Morrison

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Locality:
the middle of no where...
Gender:
Female
Birthday:
1949
Teresa Morrison Photo 45

Teresa Morrison

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Gender:
Female
Birthday:
1935

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