antennas designed to deceive the public

7/27/2019 Antennas Designed to Deceive the Public

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March 2014

Antennas designed to deceive the public

Hello,

The following two pages contain sections of two papers published in prestigious professional

journals. Both papers include sections presenting innovative and sophisticated methods for

concealing of radio antennas. Not by hiding those behind rooftop objects the old way but

rather by developing new hi-tech antennas and by modifications of base stations.

The ideas, inventions and prototypes presented are intended to deceive the public by hiding

the very existence of the antennas as explained very clearly in the papers. Even so the

authors and their institutions publish their intent to deceive with no shame. The papers omit to

mention that the radio-frequency radiation emitted by the antennas is a possible carcinogen

for humans as declared by IARC in 2011.

Furthermore, each paper in those best quality journals passed rigorous peer review by experts

before publication. The reviewers failed to reject the papers in spite of the undeclared health

risk caused by hiding transmitting antennas near people.

The papers imply that the public worldwide is aware of the health risks of radio frequencyradiation from antennas placed too close to humans and demands risk reduction and this

stresses the industry. The institutions involved in the published papers seem proud of their

attempt to relieve this stress by ruthlessly deceiving the public.

The action of the authors and the reviewers seem a breach of the IEEE code of ethics,

clauses 1 and 9 , available here:

http://www.ieee.org/about/corporate/governance/p7-8.html

The next pages are readable by anyone; they contain just the paper titles and the short

sections relevant to this aspect. The significant few sentences are highlighted to make reading

easy. Have a look.

Best regards,

Michael Peleg

[email protected]


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VI. TRANSPARENT DRAs

Glass has been widely used in our daily life, such as windows, windshield, containers, decorations, etc.

It can also be used as a substrate for a patch antenna [74], the antennas will blend in with the street

and traffic lights without affecting the citys appearance. This is especially important when there are

psychological concerns about radiation.

VII. DECORATION DRAsCrystal and glass wares have been widely used at homes and offices for decorating purposesThis is

useful when standalone or visible antennas are not wanted. The latter is a practical concern especially

when the antenna is in close proximity to people.


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INVISIBLE BASE STATIONS WITHIRREGULAR ANTENNA ARRAYS

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IRREGULAR ANTENNA ARRAYS

Although LSAS elegantly addresses the capacity and power consumption challenges, the physical size

of an LSAS BS is of concern. Commercial deployment of BSs is already facing resistance from both the

public and commercial property owners regarding the aesthetics and potential/perceived health issues

due to exposure to electromagnetic waves. The much larger physical footprints of LSAS BSs will notonly bring significant tower construction challenges but also lead to greater confrontation. By

integrating the antenna elements into the environment, the BSs can be made virtually invisible. Instead

of constructing fake trees, which are often eyesores, multiple active elements can be built in the form of

tiles. By separating the single LSAS panel into multiple tiles, the LSAS can be flexibly deployed in an

irregular fashion as part of the building facade or signage, and thus blend into the environment.

Irregular antenna deployment in a practical environment requires different system design and adaptive

signal processing algorithms.

antennas designed to deceive the public

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