WILLIAM OLIVADOTI PBF SENSORS

App`s for iPhone and Android!

PBF SENSOR COMPUTER LOGIN SECURITY -NO VOICE, NO FINGERPRINTS, NO FACE RECOGNITION, NO IRIS ,NO PALM PRINT, NO BEHAVIORAL, -

NOTHING IS NEEDED- ONLY YOU!

Hear the results of the Burglar`s nerve firing patterns on your iPhone as it`s recorded in the camera/NVR!

Wireless PBF Sensor

See the video!

Did you know Fingerprints were discovered in 1858?

Why are you tied down to 150 year-old 19th Century horse-and-buggy biometrics when you can have the most advanced 21st Century biometric security in the world!

Discovered on neural net computers!

Fingerprints, iris, vein, palmprints, facial recognition - all obsolete!

FINGERPRINT MACHINES CAN BE FOOLED! CF. http://abclocal.go.com/wls/story?section=news/bizarre&id=9027753

FINGERPRINTS in 2014 CAN BE HACKED!! cf. http://www.bbc.com/news/technology-27050779

TAKE THE QUANTUM LEAP IN BIOMETRICS!

PBF Biometric Recognition Camera System is a non-contact sensing system which detects intruders at distances up to 21 feet away, capturing their results of nerve firing patterns, and sends a picture with biometric signature of the intruder to your cellphone, computer, or up to 12 miles to your TV.

It uses results of nerve firings patterns as biometric identification.

WE ARE THE UNDISPUTED LEADER IN ADVANCED BIOMETRICS!

WE SET THE STANDARD FOR 21st CENTURY BIOMETRICS!

The most advanced biometric security in the world!

A partial product listing is on this site.

Ask for a full catalog of our products.

bolivadot@gmail.com

The camera motion detection triggers the PBF

Sensor.

The PBF Sensor detects the results of nerve firing patterns

up to 7 meters unidirectionally and in a 14 meter

diameter area omnidirectionally. The detection range is

adjustable.

This nerve firing pattern result is a biometric signature

of a person.

The signature is sent to the

camera to match the picture or video of that individual.

The picture and signature are time/date stamped and are sent to a recording PC/dvr/nvr.

The signature is sent then to a dedicated computer that

stores the signature and matches it against a database of

signatures.

The accuracy is up to 99.999% using mathematical

software and/or inexpensive off-the-shelf commercial noise or sound or voice biometric recognition software. [Cf. software example instructions at bottom of this page.]

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INDIVIDUALS CAN BE TRACKED IN A BUILDING

BY CEILING-MOUNTED PBF SENSORS WHICH

CONSTANTLY DETECT THE SIGNALS FROM THE TOPS

OF THEIR HEADS

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In Star Trek, Dr McCoy was able to diagnose

patients in an instant using his trusty ‘Tricorder'.

Our non-contact PBF Sensor, thus far, is able to, from 7 meters away:

1. Determine if a person has had thoracic cavity surgery.

2. Determine the weight/mass of a person to within 5-10 pounds.

3. Can detect person`s breathing patterns at 7 meters distance away

4. Can tell if 2 people know each other very well

5. Can determine if a person lives in a house

6. Identify a person

7. Can determine if a person has metal object on his body at 21 feet away

8. Can identify animals and insects

In this PBF Sensor technology which we have the potential to develop

into the Tricorder..

The William Olivadoti Company manufactures the most advanced

biometric sensor in the world, the PBF Sensor which detects and

acquires the results of nerve firing patterns up to 7 meters away .

Our company is 30 years ahead of everyone in biometrics including ALL

world-wide university, corporate, and government research. Broad vertical and horizontal

markets are from security, mobile applications to medical devices to

SIDS to search and rescue.

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REFERENCE:

"Bioelectric fields

* Cells maintain an electrochemical gradient of -60 to -80 mV across the cell membrane \ * Nerve cells generate an action potential that causes a change of 130 mV over a ms. \ * Consequently, all living animals produce very weak electric fields. These can be detected by a variety of predatory animals, such as sharks, platypus, etc." REF--http://www.life.umd.edu/faculty/wilkinson/BSCI338/L11electrosense/tsld004.htm

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SEE AND HEAR THE PBF SENSOR BIOMETRIC SIGNATURES, THE RESULTS OF NERVE

FIRINGS, CONVERTED TO SOUND!!

http://www.youtube.com/watch?v=-UhAiG753yQ&feature=youtu.be

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Signal Frequency: 5,517 Hz

Test means: FFT – 2048, Hamming

digitized current waveform PBF signals

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SIGNALS BELOW WERE OBTAINED FROM A CROWD OF PEOPLE ON THE SIDEWALK PASSING BY THE PBF SENSOR

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THIS ABOVE FIGURE SHOWS THE WEIGHT/MASS HISTOGRAM CLIPPED AT 6,8.

The signal width is the indicator of weight/mass.

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ONE CAN EASILY SEE THE 3 ALMOST IDENTICAL BIOMETRIC SIGNATURES REPEATING AT PERIODS 1,2,3 WITHIN THE WEIGHT/MASS HISTOGRAM

THIRD PARTY PBF SENSOR VERIFICATIONS

``I am excited about what I saw at your ...sensor demonstration. The fact that it can differentiate between one individual and another and provides a unique response signature for each individual detected intrigues my scientific interest. I understand that it can differentiate between human, animals, plants and insects. I envision your device has broad biological applications.

My first interest includes cancer research and dermatological applications. I would like to know if this device can differentiate cell types and tissue thickness.``

-University of California PhD. cancer researcher

==============

``As previously discussed with you, we delivered the detector device to our engineering group.

These engineers designed the bomb firing system on the U.S. Air Force`s Stealth Fighter used during the Gulf War.

They indicated to us that the detection signals emitted from the device appear distinguishable for men and women, as well as for humans and animals.``

-A Texas technology group

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``As suggested on the telephone, we have tested the prototype that you sent us.

It works well at detecting people moving toward, away from and past...

It identifies people moving near by...``

- A NASA biometrics licensee

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NERVE FIRING DATA

``Proposed ‘Information Geometry’

A nerve cell can generate electrical signals, receive signals from many other cells, and generate electrical signals when the intensity of signals from other cells exceeds a threshold (Fig. 1). This is called ‘firing.’ How is this firing involved in processing information?``

“For example, in an experiment where the same figures are repeatedly presented, each firing seems to occur quite randomly. However, it is not completely random, and the phenomenon is governed by rules. The key to analyzing these rules, we think, is ‘probability.’ For example, once a firing occurs, the probability of occurrence of a subsequent firing, or the probability of occurrence of a firing in a certain period of time increases.”

http://www.rikenresearch.riken.jp/eng/frontline/4474

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The heart’s electric field radiates out into the chest cavity, sending clues about the heart’s function toward the skin.

http://discovermagazine.com/1993/feb/thebodyelectric175/

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Handbook of Cardiac Anatomy, Physiology, and Devices

By Paul A. Iaizzo

"The moving [heart] dipole causes current flow in the surrounding body fluids between the ends of the heart,

resulting in fluctuating electric fields throughout the body." p.257

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The human heart also has an electric field near the surface (of the heart)

that is between 1 and 10 volts per meter (V/m).

http://copradar.com/preview/chapt12/ch12d1.html

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The initial 25% slope of the signal curves at A, C and D can also serve as a biometric signature as this appears to be the leading edge of the signal from which the rest of the biometric signature can be predicted by using UASF 25% target closing fast radar bounce aquisition software. This has been demonstrated by obtaining only a one-second signature comprised of three hundred 256-bit samples of a biometric signature in an 8 bit data acquisition system at 300 samples/sec. The highest acquistion rate utilized has been a 40Mhz dump into a hard drive using a Gage 40MHz A/D card. Normal acquisition rate is 44kHz//22kHz [samples/sec] . This allows for commercial off-the shelf voice/sound/song recogntion software to be used for PBF Sensor biometric signature matching. As can be seen above the 3 slopes are almost identical in angle.

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IF 2 PEOPLE KNOW EACH OTHER WELL PHENOMENON

PBF SENSOR ascertains if 2 people know each other very well (Figure below is a rendering of oscilloscope images.) If the 2 people, e.g., are standing next to each other: 1) if they do not know each other well, the 2 signatures` sine waves are separated on an oscilloscope.2) If they know each other well, not just acquaintances, but have been living together, etc., the 2 sine waves on an oscilloscope will appear to be moving in and out of each other`s wave areas as the signatures will appear to be merging and fluctuating interacting with each other, as if the 2 waves were communicating, it appears. Two people living in same house or know each other very well results in 2 signal nerve firing patterns intersect each other and "dancing around" ~ 50%, i.e.,~ halfway into each other, becoming one field. 3) 2 casual acquaintances NOT living together showed up on the 'scope as 2 distinct fields even when they touched or embraced each other. We tested this phenomenon on access control paths thru single-person gates where 2 people were holding each other to pass thru as one: still detected 2 people with 2 separate biometric signatures. CF. confirmation [2013]of a phenomenon similar to PBF SENSOR data [1995]:

http://www.ncbi.nlm.nih.gov/pubmed/21910541 and http://www.ncbi.nlm.nih.gov/pubmed/23107993.

http://www.biosciencetechnology.com/news/2013/02/lovers-hearts-beat-sync?et_cid=3088194&et_rid=84564118&linkid=http%3a%2f%2fwww.biosciencetechnology.com%2fnews%2f2013%2f02%2flovers-hearts-beat-sync

PBF signatures verified on NASA neural net computers!

PBF Biometric Sensor tested by NASA biometrics licensee.

PBF Biometric Signatures verified by NASA biometrics

licensee.. "It identifies people"

New security product!

Revolutionary recognition/identification camera product.[IP/iPod,

CCTV and wireless 12 mile range]

How it works:

The PBF Sensor detects the results of an intruder`s nerve firing patterns up to 7 meters away! This result of the patterns is a biometric signature.

Camera motion sensor triggers Biometric PBF sensor to

detect burglar 7 meters away and to capture his biometric signature

to match in database.

A. Camera motion sensor and Biometric PBF sensor detect

burglar PBF 7 meters away

B. Burglar`s PBF biometric signature and matching

video/photo stored in computer/dvr/nvr & matched with

database

C. Camera sends alarm to internet//iPod, etc

D. PBF biometric signature accurate up to 99.999 per cent

E. Biometric CCTV system also available

F. All-Weather solar-powered wireless remote outdoor models available.

These are representative samples of weight/mass histograms taken at 300 samples/sec of 256 bit sample length on an 8 bit A/D system .

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Reference:

TABLE OF PHYSIOLOGICAL FREQUENCIES

Instrument millivolt range physiological frequency Hz

ECG 0.02 - 5.0 0.5 -100

ECG (surface electrode) 0.002 -0.3 DC -150

EEG (nail electrode) 0.01 -5.0 DC -150

EMG 0.1- 5.0 DC - 1000

EGG 0.01 - 1.0 DC - 1000

ERG 0 - 0.9 DC - 20

EOG 0.05 - 3.5 0.2 - 15

NERVE (external) 0.01 - 3.0 20 - 8000

NERVE (internal) 0.01 - 100 20 - 8000

cancer cell 0.8 - 0.12

normal cell 0.3 ~

[All the above are by contact electrode methods.]

EMG = electromyography

EOG = electrooculgraphy

ERG = electroretinography ( of retina)

[notice the external & internal nerve parameters fall in the audio spectrum]

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2013: Tufts University "discovers" bioelectric fields of cancer cells

http://www.pddnet.com/news/2013/02/bioelectric-signals-can-be-used-detect-early-cancer?et_cid=3070549&et_rid=45588976&linkid=http%3a%2f%2fwww.pddnet.com%2fnews%2f2013%2f02%2fbioelectric-signals-can-be-used-detect-early-cancer

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``We then discuss issues of neuromuscular prediction,

control, and coding. Does the firing pattern contain a

code by means of which particular parameters of motor neuron

firing control particular parameters of muscle contraction?``

http://jn.physiology.org/content/83/1/207.short

http://jn.physiology.org/content/83/1/207.full

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The Neuromuscular Transform: The Dynamic, Nonlinear Link Between Motor Neuron Firing Patterns and Muscle Contraction in Rhythmic Behaviors

Vladimir Brezina, Irina V. Orekhova, and Klaudiusz R. Weiss

+ Author Affiliations

1 Department of Physiology and Biophysics and Fishberg Research Center for Neurobiology, Mount Sinai School of Medicine, New York, New York 10029

Submitted 26 April 1999. accepted in final form 31 August 1999.

IEEE

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``Our muscles are designed to work in specific patterns of contraction and relaxation. We refer to this as neuromuscular firing. It refers to the loop of nerve firing-muscle contraction-nerve firing.``

http://www.jockdoctors.com/page.asp?id=15&name=Neuromuscular%20Retraining

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``Decomposition of Motor Unit Firing Pattern Using Kalman Filtering``

http://webcache.googleusercontent.com/search?hl=en&gbv=2&q=cache:XFpWYycJxrUJ:http://www.fbe.gazi.edu.tr/dergi/ojs/index.php/GUJS/article/download/215/140+muscle+nerve+firing+patterns&ct=clnk

www.fbe.gazi.edu.tr/dergi/ojs/index.php/GUJS/article/download/.../140 - Cached - Similar`

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COMMERCIAL SOFTWARE EXAMPLE

RESULTS OF NERVE PATTERN FIRINGS BIOMETRIC SIGNATURE RECOGNITION UTILIZING WINDOWS SPEECH RECOGNITION SOFTWARE

1. Connect PBF Sensor output on audio track on tv/computer signal to

speakers to hear the biometric signature converted to sound. [optional]

2. Set control panel ``sounds`` to level ``47``.

3. Sound Recorder: record first PBF sensor signal, e.g., ``signatures``

in ``Documents``. It will open in Media Player --> ``Music`` --> ``Library``

4. Now do ``Dictionary`` under ``Recording`` or ``signatures`` for a test

demonstration of the following procedure:

A. RECORDING A PBF BIOMETRIC SIGNATURE

1. Set up Windows ``Speech Recognition``.

2. Click on Speech Recognition Toolbar to `listen` [right-click].

3. Click on ``Speech Dictionary``. [right click - left click]

4. Click on ``Add a New Word``

5. Click on ``Spell It``.

6. Spell the name of the person associated the signature.

7. Click on ``Add Word``.

8. Check box ``Record Pronunciation Upon Finish``.

9. Connect audio cable from IP/CCTV PBF camera or DVR audio output or

TV audio output earphone jack to recognition computer microphone input

jack per above diagram, ``Olivadoti Biometric Recognition Camera

System``.

10. Let the person associated with signature pass by PBF Sensor, or for acquiring a new signature of unknown person, place PBF Sensor and camera to record both video of person and his/her PBF signature when person walks into area within 7 meters of the PBF Sensor and camera.

MATCHING A PBF BIOMETRIC SIGNATURE

1. Open Wordpad.

2. Do No. 10 above.

3. Check Wordpad for correct name/signature match occurrence.

EXAMPLE: RECORDING A SIGNATURE

1. Spell ``George``.

2. Click on ``Addword``.

3. Check box ``Record Pronunciation Upon Finish``.

4. Let George walk within 7 meters of the camera and PBF Sensor.

EXAMPLE: MATCHING THE PBF BIOMETRIC SIGNATURE

1. Open Wordpad.

2. Let George walk within 7 meters of the camera and PBF Sensor.