diff --git a/methods.tex b/methods.tex
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--- a/methods.tex
+++ b/methods.tex
@@ -677,21 +677,21 @@ party web sites.
 \subsection{Cache Timing}
 \label{subsec:cache timing}
 
-Cache timing attacks are another form of history stealing which enables an
-attacker to probe for already visited \glspl{URL} by timing how long it takes a
-client to fetch a resource. Timing attacks are most commonly used in
-cryptography to indirectly observe the generation or usage of a cipher key by
-measuring cpu noises, frequencies, power usage or other properties that allow
-conclusions to be drawn about the key. This type of attack is referred to as a
-side-channel attack. Cache timing exploits the fact that it takes time to load
-assets for a web site. It works by measuring the time a client takes to access a
-specified resource. If the time is short, the resource has most likely been
-served from the cache and has thus been downloaded before, implying a visit to a
-web site which uses that resource. If it takes longer than a cache hit would, on
-the other hand, the resource did not exist before and has to be downloaded now,
-suggesting that no other web site using that resource has been visited before. In
-practice an attack might look like this (taken from
-\cite[p.~2]{feltenTimingAttacksWeb2000}):
+Cache timing attacks \cite{feltenTimingAttacksWeb2000} are another form of
+history stealing which enables an attacker to probe for already visited
+\glspl{URL} by timing how long it takes a client to fetch a resource. Timing
+attacks are most commonly used in cryptography to indirectly observe the
+generation or usage of a cipher key by measuring cpu noises, frequencies, power
+usage or other properties that allow conclusions to be drawn about the key. This
+type of attack is referred to as a side-channel attack. Cache timing exploits
+the fact that it takes time to load assets for a web site. It works by measuring
+the time a client takes to access a specified resource. If the time is short,
+the resource has most likely been served from the cache and has thus been
+downloaded before, implying a visit to a web site which uses that resource. If
+it takes longer than a cache hit would, on the other hand, the resource did not
+exist before and has to be downloaded now, suggesting that no other web site
+using that resource has been visited before. In practice an attack might look
+like this (taken from \cite[p.~2]{feltenTimingAttacksWeb2000}):
 
 \begin{enumerate}
 	\item Alice visits a web site from Bob called \texttt{bob.com}.