[freehaven-cvs] edge"->"link" for mix-to-mix paths

[arma@seul.org (Roger Dingledine)]

Update of /home/freehaven/cvsroot/doc/routing-zones
In directory moria.mit.edu:/home2/arma/work/freehaven/doc/routing-zones

Modified Files:
	routing-zones.tex 
Log Message:
"edge"->"link" for mix-to-mix paths


Index: routing-zones.tex
===================================================================
RCS file: /home/freehaven/cvsroot/doc/routing-zones/routing-zones.tex,v
retrieving revision 1.48
retrieving revision 1.49
diff -u -d -r1.48 -r1.49
--- routing-zones.tex	29 Jan 2004 02:58:45 -0000	1.48
+++ routing-zones.tex	29 Jan 2004 03:11:55 -0000	1.49
@@ -611,7 +611,7 @@
 for mix network users (i.e., senders and receivers), since we are only
 examining properties of the mix nodes themselves.  (To the extent
 possible, a user should try to minimize the ASes that can observe
-multiple edges along a mix network path.)  Next, we compute the
+multiple links along a mix network path.)  Next, we compute the
 probability that the AS-level path from the sender to the entry node and
 the path from the exit node to the receiver traverse the same AS (i.e.,
 the probability that a single AS can observe both endpoints of a mix
@@ -718,14 +718,14 @@
 \begin{minipage}[ht]{5.75cm}
 \mbox{\epsfig{figure=as_observe_50.eps,width=6cm}}
 \caption{Fraction of paths where a single AS can observe at least half
-  of the edges in the mix network path.}
+  of the links in the mix network path.}
 \label{fig:as_observe}
 \end{minipage}
 \hfill
 \begin{minipage}[ht]{5.75cm}
 \mbox{\epsfig{figure=as_observe_75,width=6cm}}
 \caption{Fraction of paths where a single AS can observe at least 3/4
-  of the edges in the mix network path.}
+  of the links in the mix network path.}
 \label{fig:as_observe_75}
 \end{minipage}
 \hfill
@@ -779,17 +779,17 @@
 the mix network. Using both the \emph{remailer} node selection
 algorithm and the \emph{onion routing} algorithm, and varying lengths from
 two hops to eight hops, we measured the probability that
-a path crosses the same AS on multiple edges.  For each length and
+a path crosses the same AS on multiple links.  For each length and
 type of path, we ran 100,000 trials and counted the number of times the
 mix network path traversed the same AS more than once.
 
 Figure~\ref{fig:as_observe} shows the probability that a single AS will
-be able to observe at least half of the edges along the mix network
+be able to observe at least half of the links along the mix network
 path, for mix network paths of different lengths (paths of length one
-and two have less than two edges and, thus, are never observed by the
+and two have less than two links and, thus, are never observed by the
 same AS twice).  Figure~\ref{fig:as_observe_75} shows the probability
 that a single AS will be able to observe at least three-fourths of the
-edges along a path of a certain length.  The figures show results for
+links along a path of a certain length.  The figures show results for
 both the Tor and Mixmaster network topologies, with two different node
 selection schemes: (1)~allowing the same mix node to be used twice along
 the mix path, as long as the same mix node is not used for two
@@ -876,7 +876,7 @@
 of times the path from the sender to the entry node traversed at least
 one AS on both paths.  Tables~\ref{tab:as_obs_ee_tor}
 and~\ref{tab:as_obs_ee_mm} show the probability, for each sender and
-receiver, the likelihood of this event.  The table also shows the AS
+receiver, of this event.  The table also shows the AS
 that was traversed upon both entry and exit most often.  We see that
 each pair of sender and receiver has at least some subset of entry and
 exit paths that traverse the same AS upon both entry and exit.
@@ -1031,7 +1031,7 @@
 %temporary spacer while we don't have a conclusion to make sure things
 %	don't look ridiculous, aesthetically
 
-%\section*{Acknowledgements}
+%\section*{Acknowledgments}
 
 \bibliographystyle{plain}
 \bibliography{routing-zones}

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