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Username: |
verdy_p |
Date/Time: |
Fri, August 11, 2000 at 11:29 PM GMT |
Browser: |
Microsoft Internet Explorer V5.01 using Windows 98 |
Score: |
5 |
Subject: |
Convergence can be done within a DNS |
Message: |
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Assume you want to translate a phone number to an IP address (chould it be IPv4 or
IPv6), this can already be done using DNS: Example: you want to translate a phone
number in France, say: +33.1.23456789 You could think it can be done
by requesting a domain name like: 123456789.33.phone (This assumes that
phone is a TLD, in which each international phone code is registered and operated
as a sub-TLD, and then the number is solved appropriately within that country registry.) However
there are issues, such that renumbering schemes (how many digits have to be searched
?) Another solution is to use the reversed phone number and cutting phone number
in individual digits: 9.8.7.6.5.4.3.2.1.3.3.phone That way, you do not
have to parse the phone number to find the minimum set of digits that successfully
resolves a domain name, and the numering plan can be changed by distributing sub-DNS
in each country. Because this domain name is algorithmicly implement, it lacks of
readability. So each country could decide on the usual format to give to phone numbers
so that they can be easily parsed. Requesting the DNS could then return additional
information, such that the kind of information that can be returned by reversed phone
number searchs, however there are some privacy issues that should restrict the information
returned by DNS requests.What I mean here, is that converging numbering plans
to IP is not necessary, because this process can be automated within dynamic DNS
servers operated by country phone registries and ITU.
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