[Blindmath] Facial recognition -- food for thought

Wed Mar 28 18:19:57 UTC 2012

:)
That's what I'm getting at, I'm not sure if the adds are targeting you as an individual, or you as a demographic, then tying it back to what they assume (rightly or wrongly) you'd want to buy.

-----Original Message-----
From: blindmath-bounces at nfbnet.org [mailto:blindmath-bounces at nfbnet.org] On Behalf Of Richard Baldwin
Sent: Wednesday, March 28, 2012 2:13 PM
To: Blind Math list for those interested in mathematics
Subject: Re: [Blindmath] Facial recognition -- food for thought

I don't how they decide what to advertise.

If it were me in the mall, the camera would probably pan down to my
waistline and recommend the food court. <grin>

Dick Baldwin

On Wed, Mar 28, 2012 at 12:44 PM, Pickrell, Rebecca M (TASC) <
REBECCA.PICKRELL at tasc.com> wrote:

> Is this a one-to-one ratio or are these bill boards looking for certain
> features?
>
> If Dick and Amanda were at the mall, the camera would see an old dude and
> a young lady.
> It might suggest Dick wants an ice cream, where Amanda might want a nice
> dress.
>
> Or is the technology linked to a database that would say "old dude is
> Dick, young chick is Amanda, both like math, let's suggest a gaming shop?
>
>
>
> -----Original Message-----
> From: blindmath-bounces at nfbnet.org [mailto:blindmath-bounces at nfbnet.org]
> On Behalf Of Richard Baldwin
> Sent: Tuesday, March 27, 2012 10:44 PM
> To: BlindMath Mailing List; seeingwithsound at freelists.org
> Subject: [Blindmath] Facial recognition -- food for thought
>
> Most of the math courses that I completed in public school and college
> mainly involved completely deterministic concepts such as finding unknown
> in sets of algebraic equations, proving theorems in geometry, proving
> identities in trigonometry, solving triangle problems using trigonometry,
> differentiating functions, integrating functions, playing around with
> solids of revolution, etc. They were all good exercises for the brain but
> were not very close to real-world problems.
>
> When I made it into engineering college, the problems and their solutions
> were closer to the real world but only barely so.
>
> When I completed my first engineering degree and went to work in the real
> world, I learned very quickly that problems in the real world are far from
> deterministics. In other words, there are very few problems in the real
> world that have deterministic solutions. Problems in the real world usually
> involve a mix of mathematics, statistics, physics, engineering, computer
> science, and other technologies, and there is rarely a single correct
> solution for any problem.
>
> Furthermore, the solution to most problems requires the design and
> implementation of complex mathematical algorithms, and those algorithms are
> most commonly implemented using a computer of some sort. (In my opinion,
> every student that receives a technical degree should be required to learn
> to program well in at least one programming language.)
>
> By now you must be wondering where this is all heading.
>
> I saw on TV today that shopping malls and large department stores are
> installing electronic billboards that use facial recognition to display
> advertisements that are likely to be of interest to those persons who can
> see the billboard.
>
> I have no idea what the facial recognition algorithm is for categorizing
> the viewers in a way that allows for a selection of appropriate
> advertisements. However, this tells me that the algorithm doesn't require a
> supercomputer to implement. The algorithms must be implemented using
> modestly priced computer hardware. Otherwise, they would be too expensive
> to include in such billboards.
>
> This makes me wonder if it might be possible to use a small portable
> computer to develop a system that will do facial recognition on people
> whose faces appear in the field of view of a miniature video camera
> embedded in eyeglass frames and to speak information about those people to
> the wearer of the glasses.
>
> Science fiction? Maybe so and maybe not.
>
> Dr. Peter Meijer has demonstrated that it is possible to couple a video
> camera built into eyeglass frames with a small portable computer and an
> appropriate software program (The vOICe) and to create soundscapes that
> some blind users find very beneficial (see http://www.seeingwithsound.com/
> )
> as they move through the world.
>
> Not being blind, I can't imagine what it would be like to interact with
> other people that you can't see. However, it seems to me that it would be
> beneficial for a blind person to know something about another persons
> before a conversation begins. Depending on capability, this could range all
> the way from rudimentary information such as the probable sex and likely
> age of the person, to detailed information such as the identification of
> prior acquaintances by name.
>
> Perhaps it is time for a group of blind mathematicians, physicists,
> engineers, statisticians, and computer scientists to band together to
> produce such a system and to publish it as an open source hardware/software
> system.
>
> Food for thought,
> Dick Baldwin
>
> --
> Richard G. Baldwin (Dick Baldwin)
> Home of Baldwin's on-line Java Tutorials
> http://www.DickBaldwin.com
>
> Professor of Computer Information Technology
> Austin Community College
> (512) 223-4758
> mailto:Baldwin at DickBaldwin.com
> http://www.austincc.edu/baldwin/
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--
Richard G. Baldwin (Dick Baldwin)
Home of Baldwin's on-line Java Tutorials
http://www.DickBaldwin.com

Professor of Computer Information Technology
Austin Community College
(512) 223-4758
mailto:Baldwin at DickBaldwin.com
http://www.austincc.edu/baldwin/
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CONFIDENTIALITY NOTICE: This message and any attachments or files transmitted with it (collectively, the "Message") are intended only for the addressee and may contain information that is privileged, proprietary and/or prohibited from disclosure by law or contract. If you are not the intended recipient: (a) please do not read, copy or retransmit the Message; (b) permanently delete and/or destroy all electronic and hard copies of the Message; (c) notify us by return email; and (d) you are hereby notified that any dissemination, distribution or copying of the Message is strictly prohibited.