The email system is
based on store and forward operation. This operation is matched with the DTN
system operation where it needs storage to store a data from the sender before
it forwarded to a receiver. The native DTN protocol is much complicated for the
average user. The DTN system is mostly Linux based. Average user mostly not
familiar with command line and DTN Endpoint ID. TCP/IP email implementation
based on DTN concept is much convenient for the average user. The usage is much
familiar since it uses native TCP/IP approach for the system. Average users
mostly familiar with Windows operating system and this approach maintain the
TCP/IP Endpoint ID.
Offline Gmail provides the
ability for the user to read and manage their email in an offline environment.
But, it is still required each user to move their device to the internet
connected area for the pending email being sent, receive and synchronize. The
advantage for this thesis work is there is only one device need to move in
between terminal location to establish a network. The user can read, send and
manage their account normally at each terminal location. The updated data such
as new email will be pending in the local mail server until that data is
collected by the infomediary device and transferred to the internet connected
mail server.
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