formatting of the cipher string example

[ach-master.git] / src / cipher_suites / architecture.tex

diff --git a/src/cipher_suites/architecture.tex b/src/cipher_suites/architecture.tex
index 0e4922e..b9afa5b 100644 (file)
--- a/src/cipher_suites/architecture.tex
+++ b/src/cipher_suites/architecture.tex
@@ -15,29 +15,29 @@ over a public channel. The main property guaranteed here is that an
 eavesdroppin adversary who sees all the messages sent over the communication 
 line does not learn anything about the resulting secret key.'' \cite{katz2008introduction}
 
-Example: DH, ECDH, DHE, ECDHE, RSA
+Example: \texttt{DHE}
 
 \item{Authentication:}
 The client authenticates the server by its certificate. Optionally the server 
 may authenticate the client certificate.
 
-Example: RSA, ECDSA, DSA
+Example: \texttt{RSA}
 
 \item{Cipher:}
 The cipher is used to encrypt the message stream. It also contains the key size
 and mode used by the suite.
 
-Example: AES128, AES128\_GCM, Camellia128
+Example: \texttt{AES256}
 
 \item{Message authentication code (MAC):}
 A MAC ensures that the message has not been tampered with (integrity).
 
-Examples: SHA256, SHA384, SHA
+Examples: \texttt{SHA256}
 
 
 \begin{figure}[h]
 \makebox[\textwidth]{
-\framebox[1.1\width]{DHE}--\framebox[1.1\width]{RSA}--\framebox[1.1\width]{AES256}--\framebox[1.1\width]{GCM}--\framebox[1.1\width]{SHA384} }
+\framebox[1.1\width]{ \texttt{DHE} }--\framebox[1.1\width]{ \texttt{RSA} }--\framebox[1.1\width]{ \texttt{AES256} }--\framebox[1.1\width]{ \texttt{SHA256} } }
 \caption{Composition of a typical cipher string}
 \end{figure}