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Mobility and Address Freedom in AllNet
|Title:||Mobility and Address Freedom in AllNet|
|Keywords:||computer networks, addressing, mobile networks, ad-hoc networks|
|LC Subject Headings:||http://id.loc.gov/authorities/subjects/sh85029513.html, http://id.loc.gov/authorities/subjects/sh2007004723|
|Date Issued:||06 Jun 2014|
|Citation:||"Mobility and Address Freedom in AllNet", E. Biagioni, http://alnt.org/20140606.pdf|
|Abstract:||Mobile devices can be addressed through a variety of means.
We propose that each device select its own addresses, we
motivate this choice, and we describe mechanisms for deliv-
ering data using these addresses.
Hierarchical point-of-attachment addresses are not effec-
tive with mobile devices. The network has to maintain a
global mapping between addresses and locations whether or
not the address is topological. Since this mapping is needed
anyway, there is not much point in having the structure of the
address encode device location. Instead, we have designed
a network protocol, AllNet, to support self-selected address-
ing. When data is transmitted over the Internet, a Distributed
Hash Table (DHT) provides a connection between senders
and and receivers.
The advantages of self-selected addresses include the abil-
ity of devices to join and form a network without any need
for prior agreement, and the ability to choose a personal,
memorable address. When multiple devices choose the same
address another mechanism, such as signed and encrypted
messages, provides the necessary disambiguation.
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