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Philip J Koopman

age ~64

from Pittsburgh, PA

Also known as:
  • Philip John Koopman
Phone and address:
5923 Douglas St, Pittsburgh, PA 15217
(412)4229131

Philip Koopman Phones & Addresses

  • 5923 Douglas St, Pgh, PA 15217 • (412)4229131 • (412)4225706
  • Pittsburgh, PA
  • 48 Willow Dr, Hebron, CT 06248
  • Andover, CT
  • 5463 Fair Oaks St, Pittsburgh, PA 15217 • (412)5212042

Resumes

Philip Koopman Photo 1

Manager Engineering

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Location:
Pittsburgh, PA
Industry:
Museums And Institutions
Work:
Couryard By Mariott
Technical Supervisor

Koninklijk Kabinet Van Schilderijen Mauritshuis Mar 2014 - Mar 2016
Technische Dienst

Hilton Amsterdam Oct 2012 - Mar 2014
Technical Service Manager

Nh Hotel Group Apr 2006 - Oct 2012
Assistant Engineering Manager

Hilton Amsterdam 2004 - 2006
Shift Engineer
Skills:
Hotel Management
Hotels
Hospitality
Hospitality Management
Hospitality Industry
Facilities Management
Haccp
Preventive Maintenance
Building Management Systems
Interests:
Formula Onenew Technieks
Formula One New Technieks
Languages:
English
Philip Koopman Photo 2

Co-Founder; Chief Technology Officer

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Location:
1415 Bennington Ave, Pittsburgh, PA 15217
Industry:
Computer Software
Work:
Edge Case Research
Co-Founder; Chief Technology Officer

Carnegie Mellon University
Assoc Professor

United Technologies Research Center Mar 1991 - Dec 1995
Principal Research Engineer

Harris Semiconductor May 1989 - Dec 1990
Senior Scientist

Us Navy Dec 1982 - May 1987
Lt
Education:
Carnegie Mellon University 1982 - 1983
Doctorates, Doctor of Philosophy, Computer Engineering, Philosophy
Rensselaer Polytechnic Institute 1978 - 1982
Masters, Computer Engineering
Skills:
Embedded Systems
Systems Engineering
Software Development
Algorithms
Computer Science
Software Safety
C
Programming
Training
Safety Critical Software
Computer Security
Expert Witness
C++
Java
Ul 4600
Languages:
English

Us Patents

  • Method And System For Connecting Mobile Users Based On Degree Of Separation

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  • US Patent:
    20020086676, Jul 4, 2002
  • Filed:
    Jun 8, 2001
  • Appl. No.:
    09/876153
  • Inventors:
    Geoffrey Hendrey - San Francisco CA, US
    Hirohisa Tanaka - Menlo Park CA, US
    Philip Koopman - Pittsburgh PA, US
    Joseph King - Hudson NH, US
  • International Classification:
    H04Q007/20
  • US Classification:
    455/445000, 455/456000, 455/518000
  • Abstract:
    A method and system for selectively connecting proximately located telecommunications units are disclosed. The method and system may be used in a location aware telecommunications system that can determine the location of a telecommunications unit (TU) being used within the system. A first TU may be connected to a second TU when the first and second TUs are within a predetermined distance of each other and when a first user associated with the first TU may be connected to a second user associated with the second TU on a graph representing individual relationships, such as an acquaintance graph or genealogical tree. The connection may further be based on whether the first and second users have a less than a maximum threshold degree of separation within the relationship graph.
  • Method And System For Connecting Proximately Located Mobile Users Based On Compatible Attributes

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  • US Patent:
    20020090954, Jul 11, 2002
  • Filed:
    Jun 8, 2001
  • Appl. No.:
    09/876146
  • Inventors:
    Hirohisa Tanaka - Menlo Park CA, US
    Geoffrey Hendrey - San Francisco CA, US
    Philip Koopman - Pittsburgh PA, US
    Joseph King - Hudson NH, US
  • International Classification:
    H04Q007/20
  • US Classification:
    455/456000, 455/041000, 455/517000
  • Abstract:
    A method and system for connecting proximately located telecommunications units are disclosed. The method and system may be used in a location aware telecommunications system that can determine the location of a telecommunications unit (TU) being used within the system. A user may be connected to one or more other users when they have compatible attributes and when they are located within a predetermined distance of each other. The connection may be established between TUs of two or more users, based on attribute and distance information maintained by a server computer, upon the request of an initiating user's TU.
  • Method And System For Analyzing Advertisements Delivered To A Mobile Unit

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  • US Patent:
    20020102993, Aug 1, 2002
  • Filed:
    Jul 5, 2001
  • Appl. No.:
    09/898496
  • Inventors:
    Geoffrey Hendrey - San Francisco CA, US
    Hirohisa Tanaka - Menlo Park CA, US
    Philip Koopman - Pittsburgh PA, US
  • International Classification:
    H04Q007/20
  • US Classification:
    455/456000, 455/457000, 455/466000, 455/414000, 455/566000
  • Abstract:
    Accurate location information about a mobile telecommunication transceiver is used to generate advertising content responsive to a user approaching the location of a business. This advertising content is tailored to the user's preferences and the particular business involved. Once the advertising content is delivered, the position of the user is monitored to track the effectiveness of the advertisement. If the user enters the business' store and/or makes a purchase, the advertisement is logged as having been successful. If the user does not enter the store within a predetermined period of time or moves away from the store, the advertisement is considered to have been ineffective.
  • Method And System For Automatically Initiating A Telecommunications Connection Based On Distance

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  • US Patent:
    20020111173, Aug 15, 2002
  • Filed:
    Jun 8, 2001
  • Appl. No.:
    09/876145
  • Inventors:
    Geoffrey Hendrey - San Francisco CA, US
    Philip Koopman - Pittsburgh PA, US
    Joseph King - Hudson NH, US
    Hirohisa Tanaka - Menlo Park CA, US
  • International Classification:
    H04Q007/20
  • US Classification:
    455/456000, 455/041000
  • Abstract:
    A method and system for connecting proximately located telecommunications units are disclosed. The method and system may be used in a location aware telecommunications system that can determine the location of a telecommunications unit (TU) being used within the system. A user of a mobile telecommunications unit (MU) is connected to a TU when the MU is within a predetermined distance of a predetermined geographic location meeting predefined criteria. The TU to which the MU is connected may be automated or manually operated. In some embodiments, multiple MUs are connected when they are within a predetermined proximity to each other and a predefined criteria is met.
  • Implicit Token Media Access Protocol Without Collision Detection

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  • US Patent:
    55352120, Jul 9, 1996
  • Filed:
    Jan 31, 1994
  • Appl. No.:
    8/189944
  • Inventors:
    Philip J. Koopman - Hebron CT
    David C. Brajczewski - Vernon CT
  • Assignee:
    Otis Elevator Company - Farmington CT
  • International Classification:
    H04L 522
    H04J 306
  • US Classification:
    370 856
  • Abstract:
    If a transceiver has a message to send during an idle medium condition, it transmits a jam pattern onto the medium for a predetermined time (based on maximum network propagation delay). If a transceiver detects a jamming pattern, it inhibits its own transmissions and waits for the next slot progression. If multiple transceivers begin jamming within a propagation delay of each other (within the network vulnerable time), their jamming transmissions will not destructively interfere with each other. When jamming ceases, all transceivers begin a slot progression. Thus, the end of the jamming period when all transceivers have finished jamming serves as a network-wide synchronization for the start of an implicit token slot progression.
  • Pseudorandom Number Generation And Crytographic Authentication

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  • US Patent:
    RE361810, Apr 6, 1999
  • Filed:
    Nov 8, 1996
  • Appl. No.:
    8/751932
  • Inventors:
    Philip J. Koopman - Pittsburgh PA
    Alan M. Finn - Amston CT
  • Assignee:
    United Technologies Automotive, Inc. - Dearborn MI
  • International Classification:
    H04L 932
  • US Classification:
    380 23
  • Abstract:
    An automobile door lock receiver module (30) and a plurality of keychain fob transmitter units (16) contain identification numbers, secret initial values, and secret feedback masks so as to authenticate encrypted messages from any of the assigned fobs, indicative of commands registered by closing switches on the fob. Each fob is synchronized with the receiving module by means of a truly random number concatenated with a secret initial value and encrypted, through a linear feedback shift register or other operations. A second secret initial value is encrypted and command bits are exclusive ORed into the low order bit positions; the two encrypted numbers are concatenated and encrypted to form a key word which is transmitted with the fob ID. Synchronization includes decrypting to recover the truly random number and the secret initial value concatenated therewith; the truly random number is compared with previously received random numbers in order to avoid copying of recently transmitted synchronization commands. Successive lock-related commands utilize the number encrypted from the truly random number and the second secret initial value as starting values, employing a pseudorandom number of encryption iterations.
  • Random Number Generating System And Process Based On Chaos

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  • US Patent:
    56968280, Dec 9, 1997
  • Filed:
    Sep 22, 1995
  • Appl. No.:
    8/532337
  • Inventors:
    Philip J. Koopman - Hebron CT
  • Assignee:
    United Technologies Automotive, Inc. - Dearborn MI
  • International Classification:
    H04L 900
  • US Classification:
    380 46
  • Abstract:
    The present invention teaches a method of generating a plurality of random numbers is disclosed. The method comprises the initial step of generating chaotic noise. Subsequently, the chaotic noise is sampled such that a plurality of samples are created. Each sample of the plurality of samples is then converted into digital data such that each converted sample corresponds with a random number of the plurality of random numbers.
  • Method Of Generating Secret Identification Numbers

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  • US Patent:
    57579237, May 26, 1998
  • Filed:
    Apr 19, 1996
  • Appl. No.:
    8/635145
  • Inventors:
    Philip J. Koopman - Hebron CT
  • Assignee:
    UT Automotive Dearborn, Inc. - Dearborn MI
  • International Classification:
    H04L 900
  • US Classification:
    380 46
  • Abstract:
    The present invention teaches a method of generating a secret identification number from a random digital data stream. The method comprises the step of initially selecting a first and a second group of bytes from the random digital data stream, wherein the first and second groups of bytes have a first and second numerical value. Subsequently, a first maximal length LFSR feedback term is looked up from a list in response to said first numerical value, while a second maximal length LFSR feedback term is looked up from the list in response to said second numerical value. The method additionally comprises the step of generating a cyclic redundancy code feedback term in response to executing a cyclic redundancy code check on a third group of bytes selected from the random digital data stream. Moreover, the method comprises the step of forming the secret identification number from the first and second maximal length LFSR feedback terms, the cyclic redundancy code feedback term, and a fourth group of bytes from the random digital data stream.

Isbn (Books And Publications)

An Architecture for Combinator Graph Reduction

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Author
Philip John Koopman

ISBN #
0124192408

The Architecture of Supercomputers: Titan, a Case Study

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Author
Philip John Koopman

ISBN #
0126430608

Stack Computers: The New Wave

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Author
Philip Koopman

ISBN #
0745804187

Youtube

Haydn: Symphony No. 98 / Koopman Berliner Ph...

Full-length concert at www.digitalconce... Joseph Haydn: Symphony No....

  • Category:
    Music
  • Uploaded:
    29 Nov, 2010
  • Duration:
    1m 54s

Mabinogi Sights (short type)

Mabinogi Sights short type by Philip Wy

  • Category:
    Film & Animation
  • Uploaded:
    03 Mar, 2008
  • Duration:
    1m 50s

JS Bach - Adagio, Oster-Oratorium BWV 249 (Ph...

Better than, watch in high quality www.youtube.com Johann Sebastian ...

  • Category:
    Music
  • Uploaded:
    14 Jan, 2009
  • Duration:
    3m 30s

Bach: Air / Koopman Berliner Philharmoniker

Full-length concert at www.digitalconce... Johann Sebastian Bach: Air...

  • Category:
    Music
  • Uploaded:
    12 Apr, 2010
  • Duration:
    2m 30s

Bach: "Lobet den Herrn, alle Heiden" / Koopma...

Full-length concert at www.digitalconce... Johann Sebastian Bach: Mot...

  • Category:
    Music
  • Uploaded:
    21 May, 2010
  • Duration:
    2m 56s

Bach: Magnificat / Koopman RIAS Kammerchor B...

Full-length concert at www.digitalconce... Johann Sebastian Bach: Mag...

  • Category:
    Music
  • Uploaded:
    16 Aug, 2010
  • Duration:
    3m

BBC Rowing 16 1st VIII 2010

Brisbane Boys' College Rowing 16 1st VIII 2010 Bow - Dylan Goldspring ...

  • Category:
    Sports
  • Uploaded:
    19 Mar, 2010
  • Duration:
    4m 24s

Phil Koopman: Software Safety for Autonomous ...

If you're coding the software used in a self-driving car, you'd better...

  • Duration:
    2m 42s

Plaxo

Philip Koopman Photo 3

Philip Koopman

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Bicycle Parking/Storage & Retail Advisor at Philip...
Philip Koopman Photo 4

Plaxo > Koopman P Koopm...

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Philip Koopman. Bicycle Parking/Storage & Retail Advisor, Philip Koopman ... Tim Koopman. Interim manager online marketing, i-xpert | online marketing

Classmates

Philip Koopman Photo 5

Coe College, Cedar rapids...

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Graduates:
Larry Brislawn (1995-1999),
Philip Rayment (1972-1976),
Philip Koopman (1994-1998)
Philip Koopman Photo 6

Mason City High School, M...

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Graduates:
Kimberly Mulkins (1984-1988),
Philip Koopman (1990-1994),
Connie Johnsen (1976-1979),
Jessica Kraft (1997-2001),
Phillip Bombella (1955-1957)

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