1993-09-21 - Re: Bidzos on PGP and ITAR verbatim

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From: Timothy Newsham <newsham@wiliki.eng.hawaii.edu>
To: sommerfeld@orchard.medford.ma.us (Bill Sommerfeld)
Message Hash: 51a263142f4ad9e1ca231e39698cae7c29236da82f72b1331a7c361b686b908d
Message ID: <9309212329.AA01621@toad.com>
Reply To: <199309212037.QAA00299@orchard.medford.ma.us>
UTC Datetime: 1993-09-21 23:30:11 UTC
Raw Date: Tue, 21 Sep 93 16:30:11 PDT

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From: Timothy Newsham <newsham@wiliki.eng.hawaii.edu>
Date: Tue, 21 Sep 93 16:30:11 PDT
To: sommerfeld@orchard.medford.ma.us (Bill Sommerfeld)
Subject: Re: Bidzos on PGP and ITAR verbatim
In-Reply-To: <199309212037.QAA00299@orchard.medford.ma.us>
Message-ID: <9309212329.AA01621@toad.com>
MIME-Version: 1.0
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> 
>    If Bidzos is using the term "technical data" as it's defined in $120.21
>    of the ITAR, I think it's debatable. Can we come up with data to support
>    that IDEA and RSA are "commonly taught .. in academia"? 
> 
> The RSA public key algorithm is taught at MIT in the math course
> 18.063, which is required for an undergraduate computer science
> degree.
> 
> That's one data point...
> 
> 					- Bill

It was taught in one of my digital design classes as an example
of why (and how) we need modular arithmetic circuitry, and how
it is made.  If it is taught in such a non-related class what does
that say to the commonness of it?






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