Delta State University Sep 2018 - Apr 2019
Director of Development
Guaranty Bank & Trust Company Sep 2018 - Apr 2019
Vice President and Relationship Banker
Delta State University Aug 2016 - Sep 2018
Head Men????????S and Women????????S Tennis Coach
Delta State University Jul 2008 - Sep 2018
Director of Alumni Affairs
Delta State University Aug 2007 - Jul 2008
Assistant Alumni Director
Education:
Delta State University 2014 - 2018
Master of Education, Masters
Delta State University 2004 - 2005
Master of Education, Masters, Physical Education
Delta State University 2000 - 2004
Bachelors, Bachelor of Science, General Studies
Brandon High School 1996 - 2000
Skills:
Fundraising Higher Education Public Speaking Community Outreach Student Affairs Event Planning Nonprofits Student Development Leadership Management Non Profit Board Development Annual Giving Event Planning and Management Fundraising Communication Skills Budget Management Media Relations and Publication Performance Evaluation Strategic Marketing Client Relations Experience Writing and Publishing Monthly Electronic Newsletter Negotiations Dealing With Corporate Sponsors Detail Oriented Board Relations Association Memberships Membership Building Intercollegiate Athletics Staff Development Budgets Negotiation Volunteer Management Marketing Strategy Microsoft Word Teaching Powerpoint Social Media Social Networking Public Relations Facebook Customer Service Microsoft Office Marketing Program Development Event Management Newsletters Academic Advising Admissions Research Community Development Communication Banking Relationships Coaching Commercial Lending Planned Giving Tennis Instruction Board Development Banking
Interests:
Crosstie Arts Festival In Cleveland Delta State University Athletics United States Tennis Association Mississippi Sports Delta Community Tennis Association United Way Mississippi Tennis Association
Jeffrey S. Farris - Flower Mound TX Alan Hearn - Allen TX
Assignee:
Texas Instruments Incorporated - Dallas TX
International Classification:
G11C 1604
US Classification:
36518905, 36523003, 36523008
Abstract:
A method of addressing double buffered memory for an SLM, the memory address having only two bank bits. It is assumed that the pixel data is formatted into bit-planes, such that pixel positions in each bit plane can be identified. A bit plane bit is mapped to a first bank bit, and a pixel position bit is mapped to a second bank bit. The read/write bit is mapped to a column address bit. The remaining bit plane and pixel position bits are mapped to row address and column address bits.
Bradley Morgan Haskett - Allen TX, US John Patrick O'Connor - Fort Worth TX, US Steven E. Smith - Coppell TX, US Mark Myron Miller - Plano TX, US Ivan Kmecko - Dallas TX, US Jwei Wien Liu - Plano TX, US Edward Carl Fisher - Lucas TX, US Frank O. Armstrong - Wylie TX, US Daniel C. Estabrook - Plano TX, US Jeffrey E. Farris - Richardson TX, US
Assignee:
Texas Instruments Incorporated - Dallas TX
International Classification:
G02B007/00 H01L023/02 H01L023/12
US Classification:
359894, 257680, 257704
Abstract:
An improved window frame and window piece for a micromirror assembly is disclosed herein. The window frame includes a stress-relieving contour positioned in the middle of the frame that can absorb the mechanical stresses applied to the window frame from the ceramic base and from the window piece. The window frame may be comprised of a single piece of sheet metal that has been stamped to include a stress-relieving contour. The stress-relieving contour may be comprised of a variety of shapes, including a “U” shape, an inverted “U” shape, a curved step shape, or other combinations thereof.
Multi-Function Light Modulators For Optical Systems
Andrew Ian Russell - Plano TX, US Steven M. Penn - Plano TX, US Jeffrey Scott Farris - Flower Mound TX, US
Assignee:
Texas Instruments Incorporated - Dallas TX
International Classification:
G03B 21/28
US Classification:
353 31, 353 99, 348771, 359292
Abstract:
In one embodiment, a method includes transmitting one or more light beams by a first portion of a light modulator formed outwardly from a substrate. The one or more transmitted light beams are spatially integrated. A second portion of the light modulator is formed outwardly from the substrate. The second portion of the light modulator spatially integrates the transmitted light beams.
System And Method For Utilizing A Scanning Beam To Display An Image
Philip Scott King - Plano TX, US Gregory James Hewlett - Richardson TX, US Roger Mitsuo Ikeda - Plano TX, US Jeffrey Scott Farris - Flower Mound TX, US
A method includes generating a plurality of beams that each illuminate a separate portion of a spatial light modulator. The spatial light modulator has a first dimension of a first length and a second dimension of a second length. Each of the beams spans a portion of the first length of the first dimension and a portion of the second length of the second dimension. The method also includes scrolling the plurality of beams along the second dimension of the spatial light modulator while maintaining at least a first gap between each of the plurality of beams.
System And Method For Utilizing A Scanning Beam To Display An Image
Philip Scott King - Allen TX, US Gregory James Hewlett - Richardson TX, US Roger Mitsuo Ikeda - Plano TX, US Jeffrey Scott Farris - Flower Mound TX, US
A method includes generating a plurality of beams that each illuminate a separate portion of a spatial light modulator. The spatial light modulator has a first dimension of a first length and a second dimension of a second length. Each of the beams spans a portion of the first length of the first dimension and a portion of the second length of the second dimension. The method also includes scrolling the plurality of beams along the second dimension of the spatial light modulator while maintaining at least a first gap between each of the plurality of beams.
Histogram Method For Image-Adaptive Bit-Sequence Selection For Modulated Displays
Daniel Morgan - Denton TX, US Jeffrey Farris - Flower Mound TX, US
Assignee:
Texas Instruments Inc.
International Classification:
G09G005/10
US Classification:
345/691000
Abstract:
The present application describes a system and method for selecting the best modulation sequence for an image (e.g., video, graphics or the like) on a frame-by-frame basis to optimize the system contrast ratio, brightness and black level based on a histogram of pixels in each frame. Embodiments described in this application include Pulse-Width Modulation (PWM) display systems such as DMD™. In an embodiment, the present invention uses the histogram of pixels in each frame of an image to select alternate color sequences for each frame of the image wherein the alternative color sequence includes reduced number of bits for color representations than the original color sequence.
Apparatus For Dispensing Flavors In Specified Quantities
Jeffrey Blaine Farris - Southlake TX, US Thomas J. Chadwell - San Antonio TX, US Phillip B. Frazier - Helotes TX, US
International Classification:
B67D 5/52 B67D 5/06 B65D 83/00 B67D 5/00
US Classification:
222 1, 222135, 2221445
Abstract:
An apparatus for dispensing flavors to beverages or food products is provided. A programmable pump apparatus allows for dispensing a varying amount of a selected flavor in response to user input. A main tower is mountable on countertops or other work surfaces such as a home, office, or food preparation area, and allows users to select one or more flavors and control the amount of flavor dispensed. The apparatus may comprise buttons that can be programmed for pour and hold with a specified time-out and a guard time delay to prevent accidental dispensing of flavor.
Single-Buffer Data Formatter For Spatial Light Modulator
Jeffrey S. Farris - Plano TX Stephen G. Kalthoff - Frisco TX
Assignee:
Texas Instruments Incorporated - Dallas TX
International Classification:
G09G 102
US Classification:
345190
Abstract:
A formatter (13) for formatting data for use by a spatial light modulator (15) in an image display system (10). The formatter (13) converts data from pixel format to bit-plane format. The formatter (13) has a square array of memory cells (41), which are connected so that they can shift data either across the array from column to column (vertically) or down the array from row to row (horizontally). The loading of data to the array is toggled between vertical and horizontal loading (FIGS. 6A-6D). While the array is loaded vertically from one side, data is shifted out of the array at the other side. While the array is loaded horizontally from the top, data is shifted out at the bottom. Because of the orthogonal input versus output, the output data is arranged by bit-weight rather than by pixel.