60 |
\large |
\large |
61 |
{\bf Why and how ?} |
{\bf Why and how ?} |
62 |
\begin{itemize} |
\begin{itemize} |
63 |
\item Location transparency in Fenfire: hiding the heterogeneous and distributed nature of the system |
\item Location transparency: hiding the heterogeneous and distributed nature of the system |
64 |
so that it appears to the end user like one system |
so that it appears to the end user like one system |
65 |
\item Ad hoc nature in Fenfire: meet other people, change data |
\item Ad hoc (or spontaneous): network in which some of the network devices are part of the network |
66 |
|
only for the duration of a communications session |
67 |
\item Storm module is used for low level storage operations (Storm blocks) |
\item Storm module is used for low level storage operations (Storm blocks) |
68 |
\item Alph module is used for xanalogical operations (xanalogical links, transclusions etc.) |
\item Alph module is used for xanalogical operations (xanalogical links, transclusions etc.) |
69 |
\item Alph is built upon Storm |
\item Alph is built upon Storm |
73 |
|
|
74 |
\begin{slide} |
\begin{slide} |
75 |
\large |
\large |
76 |
{\bf Objectives} |
{\bf Objectives for P2P} |
77 |
\begin{itemize} |
\begin{itemize} |
78 |
\item Find data from P2P network, i.e., building blocks of xanalogical ''virtual document'' |
\item Find data from P2P network, i.e., building blocks of xanalogical ''virtual document'' |
79 |
\item Find xanalogical links and transclusions from P2P network |
\item Find xanalogical links and transclusions from P2P network |