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Jeffrey Burdges 2017-05-19 21:38:13 +02:00
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doc/paper/taler.tex
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@ -1428,8 +1428,8 @@ information known by the merchant in the above. As a result, this
proves that our linking protocol \S\ref{subsec:linking} does not proves that our linking protocol \S\ref{subsec:linking} does not
degrade privacy. We note that the exchange could lie in the linking degrade privacy. We note that the exchange could lie in the linking
protocol about the transfer public key to generate coins that it can protocol about the transfer public key to generate coins that it can
link (at a financial loss to the exchange that it would have to share link, at a financial loss to the exchange that it would have to share
with its auditor). However, in the normal course of payments the link with its auditor. However, in the normal course of payments the link
protocol is never used. protocol is never used.
\subsection{Exculpability arguments} \subsection{Exculpability arguments}
@ -1614,9 +1614,9 @@ we then pushed the t2.micro instance to the resource limit
from a network with $\approx$ 160 ms latency to from a network with $\approx$ 160 ms latency to
the EC2 instance. At that point, the instance managed about 8 HTTP the EC2 instance. At that point, the instance managed about 8 HTTP
requests per second, which roughly corresponds to one full business requests per second, which roughly corresponds to one full business
transaction (as a full business transaction is expected to involve transaction, given that a full business transaction is expected to
withdrawing and depositing several coins). The network traffic was involve withdrawing and depositing several coins. The network traffic
modest at approximately 50 kbit/sec from the exchange was modest at approximately 50 kbit/sec from the exchange
%(Figure~\ref{fig:out}) %(Figure~\ref{fig:out})
and 160 kbit/sec to the exchange. and 160 kbit/sec to the exchange.
%(Figure~\ref{fig:in}). %(Figure~\ref{fig:in}).