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Roger K Cernius

from Belen, NM
Age ~87
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Related to:
Judith F Posthuma, 75Rebekah J PosthumaKenneth J Cernius, 36Mark E Eskew, 74Lynn R ErnstKlaus D Ernst, 76Annette T Cernius, 73Jeff Cernius, 35Crystal J Eskew, 67Katie T Cernius, 38Sasha M Ernst, 39Katie T Jiron, 38Annette T Eskew, 73Eli Jiron
Connected to:
Ryan M Cernivec, 37James D Cernock, 52Michael E Cernoch, 67Rebecca Z Cernogorsky, 44Emily R Cernoia, 43Rose M Cernosek, 85Scott R Cernosek, 67Kristal S Cernota, 36Stephen Cernota, 34Thomas J Cernota, 64

Roger Cernius Phones & Addresses

  • 1180 John Rd, Belen, NM 87002 (505) 864-3812
  • 1106 Dillon Ave, Belen, NM 87002
  • Boise, ID
  • Los Lunas, NM
  • El Cajon, CA
  • Bosque Farms, NM
  • Lemon Grove, CA
  • San Diego, CA

Work

Position: Su vida contractor

Industries

Medical Practice

Resumes

Resumes

Roger Cernius Photo 1

Su Vida Contractor

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Location:
1180 John Rd, Belen, NM 87002
Industry:
Medical Practice
Work:

Su Vida Contractor

Publications

Us Patents

Pseudo-Atmospheric Noise Generator With Control Of Temporal Characteristics

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US Patent:
43756204, Mar 1, 1983
Filed:
Dec 15, 1980
Appl. No.:
6/216715
Inventors:
Paul A. Singer - Santee CA
Roger K. Cernius - El Cajon CA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
H03B 2900
US Classification:
331 78
Abstract:
An improved pseudo-atmospheric noise generator includes the capability for roducing noise in the VLF/LF spectrum with known amplitude probability distributions while controlling the temporal characteristics of the simulated impulses. The outputs from a number of pseudo-random bit generators are selected by a microprocessor in accordance with expected or anticipated atmospheric disturbances from a number of geographical regions. The microprocessor selected outputs are fed to a digital-to-analog converter which feeds the converted signals to a summer. An independent Gaussian noise source is coupled to the summer and the outputs from the Gaussian noise source and the digital-to-analog converter are combined to create a composite pseudo-atmospheric noise signal. The improvement also includes capability for self-testing and set up.

Broad-Band Programmable Harmonics Generator

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US Patent:
51213486, Jun 9, 1992
Filed:
Aug 31, 1989
Appl. No.:
7/401209
Inventors:
Jack Y. Dea - San Diego CA
James L. Conrath - Coronado CA
Roger Hall - La Mesa CA
Roger K. Cernius - El Cajon CA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
G06J 100
US Classification:
364607
Abstract:
A simulator generates a simulated broad-band signal that may include up to nd in excess of 150 harmonics for communication and signal processing applications. Clock signals are fed to a number of counters which cyclically address an EPROM storage that provides a digital waveform pre-programmed as to bandwidth and harmonic content. The digital pre-programmed waveform is fed to a digital to analog converter having a high bit resolution, in excess of 14 bits, so that a broad-band signal having 150 or more harmonics can be accurately generated. The EPROMs may be reprogrammed in accordance with a desired output signal to give a considerable flexibility with regard to bandwidth and harmonic content.

Simulated Vlf/Lf Noise Generator

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US Patent:
41730003, Oct 30, 1979
Filed:
Aug 21, 1978
Appl. No.:
5/935200
Inventors:
Paul A. Singer - San Diego CA
Roger K. Cernius - San Diego CA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
H03B 2900
H03K 384
US Classification:
331 78
Abstract:
A reliable, repeatable and stable generator capable of producing noise with nown or given amplitude probability distributions up to 96 dB dynamic range, commonly found in atmospheric noise VLF/LF frequency bands. A continuous impulse noise amplitude probability distribution is digitally synthesized in a piece-wise fashion in 6 dB amplitude increments. These increments are linearly combined with a digitally generated Gaussian noise component for simulation of VLF and LF atmospheric noise.

Pseudo Atmospheric Noise Generator Having Variable Amplitude Probability Distributions And Discharge Fine Structure

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US Patent:
44700229, Sep 4, 1984
Filed:
Jun 24, 1982
Appl. No.:
6/391624
Inventors:
Roger K. Cernius - El Cajon CA
Don M. French - El Cajon CA
Paul A. Singer - Santee CA
Donald J. Adrian - Leucadia CA
Donald I. Parsons - San Diego CA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
H03B 2900
US Classification:
331 78
Abstract:
A reliable, repeatable and stable VLF/LF atmospheric noise generator is cble of producing noise with known or given amplitude probability distributions and temporal characteristics such as pulse duration, pulse spacing, pulses per unit time and the discharge fine structure between pulses. A pseudo random noise carrier signal is multiplied in a plurality of digital-to-analog converters with the discharge envelopes created in a plurality of interconnected discharge envelope generators. The discharges are representative of cloud-to-ground discharges, intercloud discharges, the discharge rate, strokes per discharge and the discharge fine structure. All of the discharges are readily modifiable by suitably reprogramming operatively coupled memories and microprocessors in accordance with selected loading instructions.
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Roger K Cernius from Belen, NM, age ~87 Get Report