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Re: [Full-Disclosure] University Researchers Challenge Bush Win In Florida
- To: Jason Coombs <jasonc@xxxxxxxxxxx>, Gregory Gilliss <ggilliss@xxxxxxxxxxxxxxxxx>, full-disclosure@xxxxxxxxxxxxxxxx
- Subject: Re: [Full-Disclosure] University Researchers Challenge Bush Win In Florida
- From: Paul Schmehl <pauls@xxxxxxxxxxxx>
- Date: Wed, 24 Nov 2004 11:21:41 -0600
--On Wednesday, November 24, 2004 05:39:31 AM +0000 Jason Coombs
<jasonc@xxxxxxxxxxx> wrote:
In the case in point, even with the variables you mention, the entire
technical problem can be reduced to observing how the election officials
in various places have historically constructed ballots and influence
just those that can be influenced in just those states where it will
matter. The Republican party (my party) apparently has advantages over
others when it comes to influencing the technical details of the design
of voting machines. Diebold, for example.
The horse has already been packed up and shipped from the rendering plant,
but I'll give this *one* more try. (One side note - the management of
Diebold are mostly Democrats, not Republicans, not that *that* makes one
iota of difference in the competence (or lack thereof) in designing
electronic balloting equipment. Pointing to someone's party affiliation as
proof of something is merely a distraction from the real issues.)
You are talking about an extremely complex and unlikely set of
possibilities, *all* of which have to fall into place perfectly for this to
happen. It might be fun as speculation, but the implementation would be
nigh until impossible and would take some real genius to pull off.
It makes just about as much sense for every regional election office to
do their ballot construction differently as it does for everyone to
create their own home grown crypto.
And yet it's done all over America. Imagine that.
Your point about differences in ballot construction is also a red herring
to begin with. If you think that there is the same degree of variability
with ballots in electronic voting machines as there is with legacy
ballots, then perhaps you are the one who does not know how the process
really works with the machines in question.
Why would you assume the ballots all have to be the same just because the
same machines are being used to count them?
Given three candidates for President (and there are usually more than that)
there are at least six different ways the ballot could be arranged *even*
if the basic design was the same.
Furthermore, the methodology used by an electronic voting machine is
independent of the ballot design, for all intents and purposes. For
example, an optical reader merely senses the dark spots where a vote has
been cast. *Which* candidate that represents is determined by the
configuration, which is determined by the construction of the ballot.
Having to fit within certain machine-driven parameters does not force the
ballot design into one pattern. The votes could be on the left, in the
center, on the right, staggered from left to right, staggered from right to
left. The possibilities are great.
Yet you want to control *all* of that to "take advantage of statistical
anomalies" in the equipment?
Do we have a mathematician on this list who can calculate the probabilities
of this?
I would contend that it is infinitely more likely that the machines would
be either deliberately tampered with or incompetently misconfigured, ending
up in statistical anomalies then I would ever consider your scenario
possible.
You really need to stop making things seem so complicated that the
difficulty of influencing their behavior or outcome couldn't possibly be
surmounted.
Jason, I'm not making anything complicated. I'm observing the complication
that already exists - the complication that you apparently refuse to
acknowledge.
Paul Schmehl (pauls@xxxxxxxxxxxx)
Adjunct Information Security Officer
The University of Texas at Dallas
AVIEN Founding Member
http://www.utdallas.edu
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