I Just Got A Call A Friend Called Me And Said. I Just Called I Never Called. Said I Called Him And Made A Sexual Comment About My Wife I Never Made. This Happened To Him Before He Was On The Phone The Conversation From His Cell Was On His Magic Jack Answering Machine. He Had A Problem Before Might Have Had V2K Before. He Claims It's His Subconscious.

Was the U C Berkeley faculty and staff tricked into believing that I had given my Informed Consent? According to the Graduate student who took my picture and told me I was very brave to be doing what I was doing, the answer to the question would have to be YES, they were tricked by SRI Int'l into believing that I gave my permission. Why should it surprise me anyway knowing what I know about the shadowy side of SRI Int'l and its criminal involvement in what has happened to targeted individuals. Still I'd like to have an answer to the question. I want to go back home to Berkeley where I lived for 30 years - it's my home and where this all began. There are answers back there for me.

I have excerpted only a few paragraphs from the below Wikipedia link. If you're anything like me, you will be interested in this documentation.

Human subject research - Wikipedia, the free encyclopedia

http://en.wikipedia.org/wiki/Human_subject_research#History_of_human_subjects_abuses

Human subject research includes experiments (formally known as interventional studies) and observational studies. Human subjects are commonly participants in research on basic biology, clinical medicine, psychology, and all other social sciences.
Humans have been participants in research since the earliest studies.
As research has become formalized the academic community has developed
formal definitions of "human subject research", largely in response to
abuses of human subjects.

____________________

US Department of Defense Research

DoD Directive 3216.02

This document defines additional requirements for HSR supported by the Department of Defense.

10 USC 980

Title 10, United States Code, Subtitle A, Part II, Chapter 49, Section 980 (10 USC 980) addresses the limitations on use of humans as experimental subjects. It basically states that funds cannot be deployed
prior to obtaining informed consent.

Scope of Guidelines

Just because a project involves the use of human participants does not mean it constitutes human subject research. The activities must meet the definition of research, and the use of the human participants must meet the definition of human subjects.
The definitions are written as such to include situations where the
human is the subject of the experiment, their environment is manipulated
by the researchers, and data regarding their responses are collected.
If the project does not meet the definition of Human Subject Research, then the requirements do not apply, and the project does not require an IRB review or informed consent. However, it is best to have an IRB make this determination and document the decision.

If a project is defined as Human Subject Research, it may still be considered Exempt. This generally means that the project is minimal risk, and the requirements do not apply. The protocol for the project must meet one of the exempt categories defined in the Common Rule. By definition then, an IRB does not need to perform a full review on the project, and informed consent is not required. However, again, an
IRB needs to make this determination and document the decision. In these
situations, the guidelines in the Belmont Report should still be
followed since it is still Human Subject Research.

-------------------------------------

Definition of a human subject

In biostatistics or psychological statistics, a research subject is any object or phenomenon that is observed for purposes of research. In survey research and opinion polling, the subject is often called a respondent. In the United States Federal Guidelines a human subject is a living individual about whom an investigator conducting research obtains 1)
Data through intervention or interaction with the individual, or 2)
Identifiable private information (32 CFR 219.102.f). (Lim,1990)

History of human subjects abuses

There have been numerous human experiments performed in the United States, which have been considered unethical, and were often performed illegally, without the knowledge, consent, or informed consent of the test subjects.

Many types of experiments were performed including the deliberately infecting people with deadly or debilitating diseases, exposing people to biological and chemical weapons, human radiation experiments, injecting people with toxic and radioactive chemicals, surgical experiments, interrogation/torture experiments, tests involving mind-altering substances, and a wide variety of others. Many of these tests were performed on children and mentally disabled individuals. In many of the studies, a large number of the subjects were poor racial minorities or prisoners.

Many of these experiments were funded by the United States government, especially the Central Intelligence Agency and the United States military. The human research programs were usually highly secretive, and in many cases information about them was not released until many years after the
studies had been performed.

Often, subjects were sick or disabled people, whose doctors told them that they were receiving "medical treatment", but instead were used as the subjects of harmful and deadly experiments, without their knowledge
or consent. The ethical, professional, and legal implications of this in
the United States medical and scientific community were quite
significant, and led to many institutions and policies which attempted
to ensure that future human subject research in the United States would
be ethical and legal.

Public outcry over the discovery of government experiments on human subjects led to numerous congressional investigations and hearings, including the Church Committee, Rockefeller Commission, and Advisory Committee on Human Radiation Experiments,
amongst others. However, as of 2010, not a single U.S. government
researcher has been prosecuted for human experimentation, and many of
the victims of U.S. government experiments have not received
retribution, or in many cases, even acknowledgement of what was done to
them.

BEFORE BECOMING A PROFESSOR AND SCIENTIFIC EXPERT IN COMPUTER - BRAIN INTERFACE, et al, LUCAS PARRA WAS AFFILIATED FOR MORE THAN SIX YEARS w/SARNOFF CORPORATION aka STANFORD RESEARCH INSTITUTE LEARNING THE ROPES. PAUL SAJDA, PROFESSOR OF BIOMEDICAL ENGINEERING AT COLUMBIA UNIVERSITY, HAS A SIMILAR HISTORY w/SARNOFF CORPORATION aka SRI Int'l FOR THE SAME LENGTH OF TIME - SIX YEARS. My guess is, you can bet he has the same Experience in the Intelligence Community as do other professors affiliated with the STANFORD RESEARCH INSTITUTE and BRAIN - COMPUTER INTERFACE. Notice under Research Interests: "...the work is often coupled with auditory and visual psychophysics and always incorporates computational or mathematical models."

Lucas C. Parra

Education

1985-1995: Ludwig-Maximilians-Universität, München, Germany
Ph.D. in Physics and Computer Science, 1996

Affiliation

08/2003 - Current: City College of New York - Professor of Biomedical Engineering
03/2002 - 07/2002: Columbia University - Adjunct Assistant Professor of Biomedical Engineering
04/1997 - 07/2003: Sarnoff Corporation - Technology Leader, Adaptive Signal and Image Processing
04/1995 - 03/1997: Siemens Corporate Research - MTS, Imaging Department

Research Interests

The general area of interest is how temporal information of natural stimuli is encoded and processed by the brain. Experimental techniques focus on interpreting and modulating brain activity in humans non-invasively using electro-encephalography and trans-cranial electrical stimulation, in short: "reading" and "writing" the brain with electric fields. The work is often coupled with auditory and visual psychophysics and always incorporates computational or mathematical models.

In the News

Teaching Experience

BME I5100 Biomedical Signal Processing (3 credits, graduate)
BME I5000 Medical Imaging and Image Processing (3 credit, graduate)
BME 22000 Biostatistics and Research Methods (3 credits, undergraduate)
BME 50500 Image and Signal Processing in Biomedicine (3 credits, undergraduate)

Current Research Topics (Collaborators)

Tinnitus modeling and psychophysics (Barak Pearlmutter, UNI; Glenis Long, CUNY)
EEG single-trial, real-time analysis (Paul Sajda, Columbia)
Effects of electric fields on endogenous network activity (Marom Bikson, CCNY)

Current Students

Former Students

Publications

See here a full list of publications, demos and code.

Paul Sajda, Associate Professor in Biomedical Engineering, has won more than $3 million grants for two research projects.

One of Professor Sajda’s projects is a $1.8 million grant from the National Institutes of Health’s initiative to

map decision-making in the brain. Sajda’s project will use state-of-the art simultaneous EEG and fMRI to map

the neural networks underlying decision making in the human brain. The goal is to both shed light on basic

neuroscience questions related to decision making in humans, as well as to develop a better understanding of

cognitive deficits and neurological disease in which decision making is affected. Truman Brown, the Percy K.

and Vida L. W. Hudson Professor of Biomedical Engineering and a professor of radiology (Health Sciences),

is a co-Investigator on the project.

perform basic research and Neuromatters will build a prototype system for testing by DARPA.

Prof. Shih-Fu Chang, chairman of electrical engineering, is a co-Investigator on the Columbia project.

Sajda’s research on capturing the “aha!” moment was explored in the Fall 2009 issue of Engineering News.

Paul Sajda has a working history with Sarnoff Research Center and Sarnoff Corporation. In 1988 Sarnoff Research Center was transitioned to Sarnoff Corporation, a wholly-owned subsidiary of STANFORD
RESEARCH INSTITUTE International in which capacity it serves multiple clients. DARPA-funded projects are Federal government controlled laboratories which often involve black budget involuntary HUMAN SUBJECT Experimentation, Research and Development.

While with Sarnoff Corporation, aka STANFORD RESEARCH INSTITUTE, MENLO PARK, CA, Professor Sajda documents in his Curriculum Vitae time spent with the Intelligence Community in Washington, D.C. and elsewhere. Curriculum Vitae which can be found on-line. His research at Columbia is often sponsored and/or DARPA funded..

http://www.sri.com/about/clients.html

http://en.wikipedia.org/wiki/SRI_International

http://www.sri.com/esd/med_devel/facilities.html

http://www.ee.columbia.edu/ln/dvmm/publications/10/IEEE_C3Vision_2010.pdf

If Link is broken: PDF: Paul Sajda – Lucas C. Parra:

In a Blink of an Eye and a Switch of a Transistor: Cortically Coupled Computer Vision

March 4, 2010

ABOUT THE AUTHORS

Paul Sajda (Senior Member, IEEE) received the

B.S. degree in electrical engineering from

Massachusetts Institute of Technology, Cambridge,

in 1989 and the M.S. and Ph.D. degrees in bioengineering

from the University of Pennsylvania,

Philadelphia, in 1992 and 1994, respectively.

In 1994 he joined the David Sarnoff Research

Center where he went on to become the Head of

the Adaptive Image and Signal Processing Group.

He is currently an Associate Professor of Biomedical

Engineering and Radiology at Columbia University, New York, where

he is Director of the Laboratory for Intelligent Imaging and Neural

Computing (LIINC). His research focuses on neural engineering, neuroimaging,

computational neural modeling, and machine learning applied to image understanding.

Prof. Sajda has received several awards for his research including an

NSF CAREER Award and the Sarnoff Technical Achievement Award.

Sarnoff Corporation is a wholly owned subsidiary of Stanford Research

Institute Int'l. He is an elected Fellow of the American Institute of Medical and Biological Engineering (AIMBE). He serves as an Associate Editor for IEEE TRANSACTIONS ON BIOMEDICAL ENGINEERING, and a member of the IEEE Technical Committee on Neuroengineering.

Eric Pohlmeyer received the B.S. degree in

mechanical engineering from the University of

Cincinnati, Cincinnati, in 2001, and the M.S. and

Ph.D. degrees in biomedical engineering from

Northwestern University, Evanston, IL, in 2004

and 2008, respectively.

He is a Postdoctoral Fellow in the Biomedical

Engineering Department in the Laboratory for

Intelligent Imaging and Neural Computing (LIINC)

at Columbia University, New York. He works in

brain–computer interfacing and has constructed a system capable of

translating desired hand movements from the brain into electrical

stimulation of paralyzed muscles in order to restore wrist function in

nonhuman primates. He has also worked with EEG-based neural

interfaces, in particular with cortically coupled computer vision (C3Vision)

systems that incorporate EEG recordings with computer vision

systems in order to help individuals sort through large image databases

to find specific images.

Jun Wang received the B.S. degree from Shanghai

JiaoTong University in 1998, and the M.S. degree

from Tsinghua University in 2003. He is currently

working toward the Ph.D. degree in the Department

of Electrical Engineering Department,

Columbia University, New York.

He also worked as Research Assistant at

Harvard Medical School in 2006, and as Research

Intern at Google New York in 2009. His research

interests include image retrieval, machine learning,

and hybrid neural–computer vision systems.

Lucas C. Parra (Senior Member, IEEE) received

the Ph.D. degree in physics from the Ludwig-

Maximilian University, Germany, in 1996.

He is Professor of Biomedical Engineering at

the City College of the City University of New York.

Previously he was head of the adaptive image and

signal processing group at Sarnoff Corporation,

a wholly owned subsidiary of Stanford Research

Institute Int'l (1997–2003) and member of the machine learning

and the imaging departments at Siemens Corporate

Research (1995–1997). His areas of expertise

include machine learning, acoustic array processing, emission tomography,

and electroencephalography. His current research in biomedical

signal processing focuses on functional brain imaging and computational

models of the central nervous system.

Christoforos Christoforou received the Ph.D.

degree in computer science from the Graduate

Center of the City University of New York in 2009.

He is the Chief Research Scientist at R.K.I

Leaders Limited, Aradippou, Cyprus. He holds

the rank of Special Scientist of Electrical Engineering

at the Cyprus University of Technology.

His research focuses on machine learning, pattern

recognition applied in the areas of single-trial

EEG analysis, computational biology, and natural

language processing.

Jacek Dmochowski received the B.Eng. degree

(with High Distinction in Communications Engineering)

and the M.A.Sc. degree in electrical

engineering from Carleton University, Ottawa,

ON, Canada, in 2003 and 2005, respectively, and

the Ph.D. degree in Telecommunications (granted

Bexceptionnelle[) from the University of Quebec-

INRS-EMT, Canada, in 2008.

He is currently a Postdoctoral Fellow at the

Department of Biomedical Engineering of the City

College of New York, City University of New York, and is the recipient of

the National Sciences and Engineering Research Council (NSERC) of

Canada Post Doctoral Fellowship (2008–2010). His research interests lie

in the area of multichannel statistical signal processing and include

machine learning of neural signals, decoding of brain states, and

neuronal modeling.

Barbara Hanna (Member, IEEE) received the B.A.

and M. Eng. degrees from the University of

Cambridge, U.K., in 1997 and the Ph.D. degree in

computer vision from the University of Surrey,

video processing systems, and went on to become Technical

Lead for medical vision initiatives. In 2007, she became the Program

Manager for Research and Development led by the LIINC lab at Columbia

University under the DARPA NIA Phase 2 Program. She is currently the

CEO of Neuromatters, New York, and focuses on the design and

development of novel brain machine interfaces to deal with information

overload. Her areas of expertise include computer vision and real-time

image and video processing. Note: In 1988 the David Sarnoff Research

Center was transitioned to Sarnoff Corporation, a wholly-owned sub-

sidiary of STANFORD RESEARCH INSTITUTE in which capacity

it serves multiple clients.

Claus Bahlmann received the Ph.D. degree in

computer science with the highest of honors from

the University of Freiburg, Germany, in 2005.

Since 2004, he has been Postdoctoral Staff

Member, Research Scientist, and Project Manager

in the Real-time Vision and Modeling Department

at Siemens Corporate Research (SCR), Princeton,

NJ. His research interests include pattern recognition,

computer vision, and machine learning. He

has applied these techniques in various fields,

including handwriting recognition, automotive, and medical.

Dr. Bahlmann was awarded Best Paper at the IWFHR 2002 conference

for his work BOn-line Handwriting Recognition with Support Vector

MachinesVA Kernel Approach.[ In 2005, his Ph.D. thesis, BAdvanced

Sequence Classification Techniques Applied to Online Handwriting

Recognition,[ earned the Wolfgang-Gentner Nachwuchsfo¨rderpreis

award from the University of Freiburg.

Maneesh Kumar Singh (Member, IEEE) received

the B.Tech. degree in electrical engineering and

the M.Tech. degree in communication and radar

engineering from the Indian Institute of Technology,

Delhi, in 1993 and 1996 respectively, and the

Ph.D. degree in electrical and computer engineering

from the University of Illinois, Urbana, in 2003.

He was a Postdoctoral Research Associate in

the Coordinated Science Laboratory at the University

of Illinois at Urbana-Champaign in 2003–

2004. Since 2004, he has been a Research Scientist at Siemens Corporate

Research, Princeton, NJ, in the Real-time Vision and Modeling Department.

His current research interests include nonparametric statistics,

density estimation, statistical computer vision, and applications of

computer vision for medical diagnostics, industrial inspection, security,

and surveillance.

Shih-Fu Chang (Fellow, IEEE) is Professor and

Chairman of Electrical Engineering and Director of

Digital Video and Multimedia Lab at Columbia

University, New York. He has made significant

contributions to multimedia search, media forensics,

video adaptation, and international standards

for multimedia indexing. Prof. Chang has been recognized with several

awards, including the IEEE Kiyo Tomiyasu Award,

Navy ONR Young Investigator Award, IBM Faculty

Award, ACM Recognition of Service Award, and NSF CAREER Award. He

and his students have received several Best Paper and Best Student

Paper Awards from IEEE, ACM, and SPIE. He has worked in different

advising/consulting capacities for IBM, Microsoft, Kodak, PictureTel, and

several other institutions. He was was Editor-in-Chief for IEEE SIGNAL

Magazine during 2006-8

1. [PDF]

Cortically-Coupled Computer Vision

File Format: PDF/Adobe Acrobat - Quick View
by P Sajda - Related articles
Chang SF (2010) In a blink of an eye and a switch of a transistor: Cortically-coupled computer vision. Proceedings of the IEEE 98(3):462–478 ...
www.ee.columbia.edu/dvmm/publications/10/BCI_bookchapter.pdf

If there is anyone who is unaware of what is going on in university's across the country in the field of biomedical engineering, genomics and neuroscience, you need only take a close look at Professor Paul Sajda's on-line Curriculum Vitae - Brain Science experimentation, R&D in the field of Biomedical Engineering where laboratory research often funded by DARPA government-controlled laboratories has a common practice of using nonconsensual human subjects. Mr. Sajda's affiliation with Sarnoff Research Center - Sarnoff Corporation which is now a wholly-owned subsidiary of SRI Int'l, as well as with the Stanford Research Institute where medical scientific brain-computer interface and Mind Control experimentation of the unethical sort, research and development is known to have taken place in the past by this top Intelligence Contractor to the Department of Defense. It is noted in Professor Sajda's Curriculum Vitae that while affiliated with the Sarnoff Corporation, aka SRI Int'l, he documents experience in the Intelligence Community in Washington, D.C.

If there is anyone reading this who truly believes that they are not being used for experimentation and not needed, you need only go to the second LINK to find a multitude of purposes for which you are needed in varioius areas of study by corporate - industrial America and our universities.

CURRICULUM VITAE
Paul Sajda, B.S., M.S.E., Ph.D.
Associate Professor of Biomedical Engineering Columbia University
351 Engineering Terrace, MC8904, 1210 Amsterdam Avenue, New York, NY 10027
T (212) 854-5279 F (212) 854-8725 E psajda@columbia.edu
webpage: http://liinc.bme.columbia.edu http://www.columbia.edu/~ps629/sajdaCV.pdf

page 8, the following articles are listed:
Popular Press
“The Brain”, History Channel documentary (November, 2008)
“Brain-machine interfaces charge ahead”, Biosciences Technology (October, 2008)
“Hacking Our Vision System” (video), IEEE Spectrum on-line (August 2008)
“A Brainy Approach to Image Sorting”, IEEE Spectrum (April 2008)
“Mind-Reading Machines”, Biztech (December 2007)
“Brain-Computer Interfaces: Where Human and Machine Meet”,
IEEE Computer Magazine (January 2007)
“Aha! Someday, image analysis may take place at the speed of thought”, HSToday (August 2006)
“Subliminal Search”, MIT Technology Review (July 2006)
“Man and Machine Vision in Perfect Harmony", New Scientist (July 2006)
"This Is a Computer on Your Brain", Wired News (July 2006)
“Eyesight to the Blind”, CIO Magazine (December 2001)

External Invited Seminars, Colloquia & Conference Talks

October 2005 “Cortically-coupled Computer Vision”, DARPA Neurotechnology for Intelligence Analysis, Washington, D.C.

May 2006 “Cortically-coupled Computer Vision”, DARPA Neurotechnology for

Intelligence Analysis, Santa Fe, NM

August 2006 “Cortically-coupled Computer Vision”, IEEE Workshop on Applied

Neural Computing, New York, NY

December 2006“Cortically-coupled Computer Vision”, Workshop on Current Trends
in Brain-Computer Interfacing, Whistler & Vancouver, CANADA

June 1996“Training Neural Networks for Computer-aided Diagnosis: Experience
in the Intelligence Community”, United States Congress, Washington, D.C.

August 1998 “Training Neural Networks for Computer-Aided Diagnosis: Experience in the Intelligence Community”, Pacific Medical Technology Symposium, Honolulu, HI

March 1999“Neurocomputational Models for Exploiting Context in Visual Scene

Analysis”SRI, Menlo Park, CA

Hello all! Have anyone ever thought about Ti actually finding a state that would have politicians and other groups that would help us to work on moving toward freedom. Wecould rent mutliroom housees on a block, prefereably right next to each other.How do you think we would get along? How much could we use those powers in numbers? We could grow vegtables and spices and bar-b-q, not havung to be affected by stalkers that wuold actually live in the same house or apartment as we do. I really love the idea. To live in a brother/sisterhood of people who understand what we all deal with.

Any comments?

Paul Philp

"The New World Abolishinist Movement"

I am feeling much better today. I slept a little bit last night even iif it was on the condition of being woken up constantly.

I know that some targeted individuals are reluctant to speak out about the crimes being perpetrated against us. I think it is important that we be as outspoken as we possibly can be in exposing this and continue trying to defeat the enemy. It can only work to our advantage even when they try to scare us in the beginning into believing otherwise. They have done so much to harm me, but it has not weakened me. To the contrary, it has only made me stronger. They'll never make a coward out of me.

One of the only ways to end the harassment and suffering is to make our local legislative bodies and intelligence agencies aware of what has happened to us. Don't allow them to forget for one minute that we are in the community walking among them and what they are doing to us is real. Constantly remind them that they are not doing the job they are being paid to do.

Over the weekend the FBI received another letter from me, dated August 27th, and as a result they were very visible in the community showing up on every street corner yesterday. One showed up at the entrance to the public library with a wonderful smile on his face that made me feel good. I believe they were checking on me to determine how I am holding up. We must continue to let them know that their own loved ones are vulnerable; that they must act to help us.

August 27, 2010

Federal Bureau of Investigation

Federal Building

11 Elmwood Avenue

Burlington, Vermont 05402

Re: Violations of Civil Rights of Lynn Clarise Bahrenburg and many more

Vermonters – Criminal Stalking – Electronic Harassment - THREATS

To Whom It May Concern:

Enclosed please find copy of what the Fletcher Free Library computer printer spitted out this morning when I attempted to print a copy of my letter to you, dated August 13, 2010. There is, as always, a remote electronic lock on my computer.

This is yet another direct threat on my son’s life.

Obviously, they hope to elicit a response from me; i.e., if they cannot succeed in their efforts of using me for government-sponsored medical - military experimentation, research and development- at least not without a run for their money; in addition to a debilitating torture and terror campaign with the use electromagnetic radiation neurological directed energy weapons –– these bums will go after my loved ones.

I am wondering when the Federal Bureau of Investigation will voice opposition to a power elite and global new world order who are in powerful positions ruling the country.

One day – one day soon – I am sorry to say, they will come for your loved ones. I hope I am wrong, but I suspect that I am right. I wonder if you will continue to sit back?

If you think this will not happen regardless of keeping quiet about this military stealth weapons arsenal that is crippling and causing illness and disease in likely hundreds of thousands of innocent American citizens, you are ill advised and sadly mistaken.

Sincerely yours,

Lynn Bahrenburg

Enclosure

CERTIFIED MAIL

cc: Attorney General Eric Holder

U. S. Department of Justice

950 Pennsylvania Avenue, NW

Washington, DC 20530-0001