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Dennis W Berde

from Northport, NY
Age ~83

Dennis Berde Phones & Addresses

  • 106 Soundview Ter, Northport, NY 11768 (631) 754-1714
  • Plainview, NY
  • 5 Copeland Ct, Melville, NY 11747 (631) 367-8732
  • 106 Soundview Ter, Northport, NY 11768 (631) 848-5625

Work

Company: Telephonics corporation Position: Senior electrical engineer

Languages

English

Emails

Industries

Aviation & Aerospace

Resumes

Resumes

Dennis Berde Photo 1

Senior Electrical Engineer

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Location:
106 Soundview Ter, Northport, NY 11768
Industry:
Aviation & Aerospace
Work:
Telephonics Corporation
Senior Electrical Engineer
Languages:
English

Business Records

Name / Title
Company / Classification
Phones & Addresses
Dennis Berde
ILONA CORPORATION
5 Copeland Ct, Melville, NY 11747

Publications

Us Patents

Video Color Transmission System With Independent Audio Signals Within The Video Signals

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US Patent:
46188894, Oct 21, 1986
Filed:
Jun 26, 1985
Appl. No.:
6/748759
Inventors:
Dennis Berde - Plainview NY
Edward Youskites - Melville NY
Assignee:
Grumman Aerospace Corporation - Bethpage NY
International Classification:
H04N 704
US Classification:
358144
Abstract:
A transmitter for producing video and audio signals and transmitting the signals includes an encoder for encoding stereo audio signals with the video signals. The audio signals encoded by the encoder constitute a broadband audio signal of approximately 15 kHz. A receiver for converting signals received from the transmitter to a picture and stereo sound includes a decoder for deriving the stereo audio signals from the received signals.

Adaptive And Programmable Blanker

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US Patent:
48560790, Aug 8, 1989
Filed:
Sep 4, 1987
Appl. No.:
7/093399
Inventors:
Janet E. Wedgwood - Roslyn Heights NY
Dennis W. Berde - Melville NY
Steven J. Bocskor - Ronkonkoma NY
George E. Cotter - Commack NY
Assignee:
Grumman Aerospace Corporation - Bethpage NY
International Classification:
H04B 110
US Classification:
455 50
Abstract:
An electronic blanking system having a plurality of inputs from a number of radio frequency transmitters and a plurality of outputs for supplying blanking pulses to receivers which are in proximity to the transmitters includes input circuitry for processing input pulses from the inputs to produce processed input signals. Timers alter the timing of the processed input signals as required to produce the needed blanking pulses. Matrix means are provided for routing each blanking pulse to the outputs. A processor controls each matrix to determine the routing. Output drivers supply the blanking pulses, at predetermined voltage levels, to the outputs. The processor also controls the timers to determine the manner in which the timing is altered. The timers includes at least one of a delay for delaying the processed input signals, a stretching circuit for increasing the length of the processed input signals, and a truncator for truncating the length of the processed input signals. Each matrix includes a product generator for determining logical products of at least two processed input signals, and a sum generator for determining the logical sum of the logical products.

Apparatus And Method For Locating Faults In Cables

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US Patent:
44464215, May 1, 1984
Filed:
Jun 22, 1981
Appl. No.:
6/275608
Inventors:
Dennis W. Berde - Plainview NY
Assignee:
Grumman Aerospace Corporation - Bethpage NY
International Classification:
G01R 3108
US Classification:
324 52
Abstract:
An apparatus for locating the position of a fault condition in an electrical cable injects a controlled electrical signal into the faulty conductor and uses a second reference conductor to obtain measurements which define the location of the fault condition.

Two Dimensional Fast Fourier Transform Converter

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US Patent:
50899821, Feb 18, 1992
Filed:
May 24, 1990
Appl. No.:
7/527959
Inventors:
Richard J. Gran - Farmingdale NY
Dennis W. Berde - Melville NY
Hugo D. Ritucci - North Merrick NY
Assignee:
Grumman Aerospace Corporation - Bethpage NY
International Classification:
G06F 15332
US Classification:
364726
Abstract:
A two-dimensional fast Fourier transform converter utilizes parallel digital fast Fourier transform processors and a frame serial processing path to convert two-dimensional images of large pixel count (512. times. 512 or higher) and high dynamic range (16 bits of pixel intensity quantization) at a rate equal to or exceeding real time processing rate of 30 frames/second. The parallel processors are organized for performing the row and column transformations in a highly parallel and efficient manner. In one embodiment, a uni-directional processing path with segmented image data busses to streamline the data movement is used. In a second embodiment, a bi-directional processing path is utilized such that the fast Fourier transform processors perform row and column conversions sequentially, thus reducing by a factor of two the number of individual fast Fourier transform processors required. The converter includes three port SRAM working memories, toggled DRAM image frame storage memories, and a data transfer and sequence controller.
Dennis W Berde from Northport, NY, age ~83 Get Report