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John
Rupp
John Rupp served as Vice President of the
Americas Region of the SID during the period 2004 - 2006. He
has been actively involved in the development of display
technology at Boeing since 1978 and started independent
research and development (IR&D) activity for the
application of color flat panel displays in the flight deck
and passenger entertainment systems of Boeing airplanes at
that time. That activity included initiating contacts with the
leading suppliers of LCD technology in Japan and elsewhere to
encourage and develop interest in avionics applications. Mr.
Rupp served as technical lead for the implementation of color
LCD display technology in the flight deck of the Boeing 7J7
airplane and announced the Boeing intent of introducing color
active matrix LCDs on Boeing commercial airplane flight decks
to the international display community in an invited paper at
Japan Display '86. As a member of the Technical Fellowship at
Boeing, John was responsible for the resolution of active
matrix LCD display technology development and production
issues for all airplane models within the Boeing Commercial
Airplane Group.
At Honeywell, Mr. Rupp managed the LCD
Technology Team that developed the first certified color LCD
primary flight displays (normally black) for the Boeing 777
and 737NG. With Rockwell Collins, he served as Technical
Director for Primary Flight Displays and led the display
technology team that developed normally white LCD primary
flight display technology for commercial airplane flight deck
applications.
At Intel Corporation, John was involved in
the evaluation of emerging display technologies and displays
research and development at Intel's Corporate Technology Group
(CTG) and dealt with issues related to the implementation of
color active matrix LCD and OLED flat panel display technology
in consumer products. John also served as Director of
Technology Strategy for Information Display at Corning
Incorporated which involved establishing corporate technology
direction and setting display technology strategy for
Corning's sector-level Information Display businesses.
In his current position with Motorola
Incorporated, John has responsibility for the selection of
appropriate display technology and developing display
technology strategy for Motorola's full line of enterprise
mobility products.
John has been involved in electronics
product design and development for 36 years and flat panel
display technology for the past 28 years. He has been a member
of the Society for Information Display (SID) since 1980,
started the Pacific Northwest (PNW) Chapter of the SID and for
seven years served as PNW Chapter Director. He is a member of
the Display Systems Committee for SID 2009, has served as a
member of the SID Chapter Formation Committee and also as
Chair of the SID Communications Committee for development of
the design of the look of the SID World Wide Web Site and
resolution of issues concerning website appearance and
content. John also developed the PNW chapter website and most
recently the Americas Region Website, consolidating Americas
regional information in one place and improving communication
for the Americas region and all SID members. He was also a
member of the Organizing CMTE for ADEAC 2004 and serves as
"Americas Program Chair" for EuroDisplay 2007 in
Moscow. To fulfill a VP Americas initiative, John worked to
include the Latin America display community and start the
Latin America chapter of the SID, making the region for the
first time truly an "Americas" region. John received
a B.S. degree in Electronics Engineering from Northrop
Institute of Technology, has six issued U.S. display-related
patents and has published three technical papers.
Contact John
Patents
| 4740779
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Aircraft panoramic
display |
| 5088806
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Apparatus and method for temperature compensation of
liquid crystal matrix displays |
| 5150235
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Apparatus for improving the angle of view in a liquid
crystal display |
| 5237437
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Apparatus and method for a high contrast, wide angle,
color, flat panel, liquid crystal display |
| 5757524
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Normally white multigap twisted nematic liquid
crystal display with reduced hue variation over viewing angle |
| 5930428 |
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Blind-mate fiber optic connector with integral
optoelectronic receiver circuits |
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