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William M Auslander

from Herndon, VA
Age ~59
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Also known as:
William A Auslander, William S Auslander, Bill Auslander, Willi Auslander
Phone and address:
1706 Sadlers Wells Dr, Herndon, VA 20170
(703) 742-0164
Related to:
Dolores H Auslander, 85Jack T Auslander, 27Sara C Auslander, 61Kent Auslander, 29Christine D Auslander, 60Edward L Auslander, 87John R Auslander, 33James T Auslander, 57
Connected to:
Barbara A Auslander, 84Earl M Auslander, 66James A Ausland, 73John M Ausland, 82Mark J Auslander, 63Nathan Auslander, 52Leland I Auslender, 99David R Ausler, 74Latonya Ausler, 104

William Auslander Phones & Addresses

  • 1706 Sadlers Wells Dr, Herndon, VA 20170 (703) 742-0164
  • 1429 Bluemont Ct, Herndon, VA 20170 (703) 742-0164
  • Falls Church, VA
  • Cockeysville, MD
  • College Park, MD
  • Fairfax, VA
  • 1706 Sadlers Wells Dr, Herndon, VA 20170 (703) 629-2422

Work

Position: Production Occupations

Education

Degree: High school graduate or higher

Resumes

Resumes

William Auslander Photo 1

Angel Investor

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Location:
1706 Sadlers Wells Dr, Herndon, VA 20170
Industry:
Investment Management
Work:
Create Reach
Angel Investor
Secondshares
Managing Partner
Steinberg Asset Management 2006 - 2009
Portfolio Manager - Managing Director
Sandell Asset Management 2004 - 2006
Portfolio Manager - Managing Director
Morgan Stanley Sep 1995 - Jul 2004
Portfolio Manager - Managing Director
Education:
Columbia Business School 1992 - 1993
Master of Business Administration, Masters
Languages:
English
William Auslander Photo 2

Senior Database Adminisrator At Lockheed Martin

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Location:
Washington D.C. Metro Area
Industry:
Defense & Space

Publications

Us Patents

Alphabet Soup Cryptography

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US Patent:
20030021409, Jan 30, 2003
Filed:
Jan 24, 2002
Appl. No.:
10/054396
Inventors:
Joseph Incarnato - Silver Spring MD, US
William Auslander - Herndon VA, US
International Classification:
H04K001/00
US Classification:
380/028000
Abstract:
This invention relates to modem day computers wherein communication methods, systems, and devices are embodied, which computers are capable of being connected to both hard wired telephone systems, and wireless information transmission systems. Said computer's methods, systems, and devices, being capable of providing automatic permutations of a Vigenere Square matrix whereby messages are encrypted. A method for automatically converting message characters from a literal message to encrypted characters forming an encrypted message called a one-time pad is disclosed. In accordance with the method, system, and devices of the present invention a conversion matrix known as a Vigenere Square is provided in conjunction with a device hereinafter called a Sliding Scale. The said sliding scale's interaction with the matrix is controlled by a computer program, which controls the responses of the sliding scale to applicable algorithms contained herein. All of the sliding scale attributes and actions, and the Vigenere Square matrix characteristics have been programmed in a high level computer language. This computer program is a step by step procedure for encrypting and decrypting messages and is capable of being contained on computer drives, and/or floppy discs, and other computer storage media.

Alphabet Soup Cryptography

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US Patent:
20040101134, May 27, 2004
Filed:
Jul 24, 2003
Appl. No.:
10/626074
Inventors:
Joseph Incarnato - Silver Spring MD, US
William Auslander - Herndon VA, US
International Classification:
H04K001/00
US Classification:
380/028000, 380/056000
Abstract:
Computer methods, systems, and devices, providing automatic permutations of a programmed modified random symbol square matrix producing one time pad messages are disclosed enabling messages to be encrypted from plain text which is typed into a computer thereby selecting random symbols from the matrix. Typing in text in a continuous stream yields a continuous stream of enciphered symbols. The input into a computer via an input device activates a computer program driven device called a sliding scale whose function is to select random symbols from the matrix. The sliding scale responds to the program containing the applicable algorithms for encryption and decryption. Initiating input into the computer requires the selection of an entry point to activate the algorithms given in the Appendix herein. In the 96×96 Square described, there are 9216 entry points yielding many individual alphabets from which to select random symbols.
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William M Auslander from Herndon, VA, age ~59 Get Report