# HG changeset patch
# User cu
# Date 1508177507 -3600
# Node ID 321877915a0592a8a2238013f68644f9b634abf7
# Parent  58c3536c5a084a614db48839e25e48987a0f8ab3
updated

diff -r 58c3536c5a08 -r 321877915a05 handouts/ho05.pdf
Binary file handouts/ho05.pdf has changed
diff -r 58c3536c5a08 -r 321877915a05 handouts/ho05.tex
--- a/handouts/ho05.tex	Sun Oct 15 21:23:16 2017 +0100
+++ b/handouts/ho05.tex	Mon Oct 16 19:11:47 2017 +0100
@@ -3,7 +3,7 @@
 \usepackage{../langs}
 
 \begin{document}
-\fnote{\copyright{} Christian Urban, King's College London, 2014, 2016}
+\fnote{\copyright{} Christian Urban, King's College London, 2014, 2016, 2017}
 
 %% the expectation is that anything encrypted today, will be
 %% decrypted in 20 years time
@@ -361,7 +361,7 @@
 talks to $B$. I leave you to argue that $B$ can be sure to
 talk to $A$. Of course these arguments will depend on the
 assumptions that only $A$ and $B$ know the key $K_{AB}$ and
-that nobody can break the encryption unless they have this key
+that nobody can break the encryption
 and that the nonces are fresh each time the protocol is run.
 
 The purpose of the nonces, the random numbers that are sent
diff -r 58c3536c5a08 -r 321877915a05 hws/s3.pdf
Binary file hws/s3.pdf has changed
diff -r 58c3536c5a08 -r 321877915a05 style.sty