# HG changeset patch
# User samer
# Date 1331946195 0
# Node ID 9d7e5f690f2843773297bb31c4ffdb15979ed395
# Parent  a18a4b0517e8e8ab5bc65e46925bd1084a5e46d2# Parent  2994e5e485e776debee88c497fe89816a3d6bc78
Merged.

diff -r a18a4b0517e8 -r 9d7e5f690f28 draft.tex
--- a/draft.tex	Sat Mar 17 01:00:06 2012 +0000
+++ b/draft.tex	Sat Mar 17 01:03:15 2012 +0000
@@ -757,6 +757,12 @@
 	 In the case of music, where expressive properties such as dynamics, tempo,
 	 timing and timbre are readily quantified on a continuous scale, the information
 	 dynamic framework may thus be applied.
+%    \subsection{Audio based content analysis}
+%    Using analogous definitions of differential entropy, the methods outlined
+%     in the previous section are equally applicable to continuous random variables.
+%     In the case of music, where expressive properties such as dynamics, tempo,
+%     timing and timbre are readily quantified on a continuous scale, the information
+%     dynamic framework may also be considered.
 
 	 Dubnov \cite{Dubnov2006} considers the class of stationary Gaussian
 	 processes. For such processes, the entropy rate may be obtained analytically
@@ -781,6 +787,12 @@
 %	 the PIR is a function of the correlation  between random innovations supplied
 %	 to the stochastic process.  %Dubnov, MacAdams, Reynolds (2006) %Bailes and Dean (2009)
 
+%     In \cite{Dubnov2006}, Dubnov considers the class of stationary Gaussian
+%     processes. For such processes, the entropy rate may be obtained analytically
+%     from the power spectral density of the signal, allowing the multi-information
+%     rate to be subsequently obtained. One aspect demanding further investigation
+%     involves the comparison of alternative measures of predictability. In the case of the PIR, a Gaussian linear formulation is applicable, indicating that the PIR is a function of the correlation  between random innovations supplied to the stochastic process CITE.
+    % !!! FIXME
 
 
 \subsection{Beat Tracking}