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Masami M Nakamori

from Sepulveda, CA
Age ~85
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Also known as:
Bryan Nakamori, Nakamori Mas, Masami I
Phone and address:
15941 Community St, Northridge, CA 91343
(818) 892-7734
Related to:
Bryan M Nakamori, 55Jennifer S Nakamori, 52Shizuyo NakamoriSaeko P Nakamori, 81
Connected to:
Akiko Nakamoto, 84Alan N Nakamoto, 66Albert M Nakamoto, 91Angie C Nakamoto, 72Nicole K Nakamoto, 46Norio Nakamoto, 58Rachel L Nakamoto, 31Tomohiro Nakamoto, 67Akemi A Nakamura, 71Akiyoshi Nakamura, 49

Masami Nakamori Phones & Addresses

  • 15941 Community St, North Hills, CA 91343 (818) 892-7734
  • Sepulveda, CA
  • Los Angeles, CA
  • Cape Coral, FL
  • 633 Griffith St, San Fernando, CA 91340 (818) 892-7734
  • Lake Arrowhead, CA
  • 15941 Community St, North Hills, CA 91343 (818) 749-2049

Work

Company: Raycom systems 1985 to 1994 Position: Vice president of engineeringã

Education

Degree: Master of Science, Masters School / High School: University of Southern California Specialities: Electronics Engineering

Industries

Management Consulting

Resumes

Resumes

Masami Nakamori Photo 1

Masami Nakamori

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Location:
Los Angeles, CA
Industry:
Management Consulting
Work:
Raycom Systems 1985 - 1994
Vice President of Engineeringã
Canoga Data Systems 1980 - 1985
Engineering Manager
Education:
University of Southern California
Master of Science, Masters, Electronics Engineering

Business Records

Name / Title
Company / Classification
Phones & Addresses
Masami Nakamori
Owner
Mnak & Assoc
Business Consulting Services
15941 Community St, Northridge, CA 91343
(818) 892-7734
Masami Nakamori
Executive Director
Cabinet Office
International Affairs
244 S San Pedro St, Los Angeles, CA 90012
(213) 617-9704

Publications

Us Patents

Fiber Optics Communication System

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US Patent:
42492661, Feb 3, 1981
Filed:
Nov 6, 1979
Appl. No.:
6/091721
Inventors:
Masami Nakamori - Sepulveda CA
Assignee:
Perkins Research & Mfg. Co., Inc. - Canoga Park CA
International Classification:
H04B 900
US Classification:
455608
Abstract:
A fiber optics transceiver transmits and receives either synchronous or asynchronous data through a fiber optics data communication cable. The transceiver is connected to one end of the cable and communicates with an identical transceiver at the other end of the cable. The transceiver includes a transmitter for converting electrical digital data from a data source connected to the transmitter to optical flux for the cable. For asynchronous data, the flux comprises a train of positive-going pulses when the data is at a logical ONE, and a train of negaitve-going pulses when the data is at a logical ZERO. The train of pulses is interspaced at a fixed time interval and is restarted at each transition of the data between the logical ONE and logical ZERO state. For synchronous data, the flux comprises a train of positive-going pulses when the data is at a logical ONE, and a train of negative-going pulses when the data is at a logical ZERO. Each of the pulses in the train correspond to one transition of a clock waveform to which the data is synchronized.
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Masami M Nakamori from Sepulveda, CA, age ~85 Get Report