test

diff --git a/Introduction.tex b/Introduction.tex
index ac7bfd8e11ed0deaf6d98cbe0d106322b57d9096..cd2341c2fb4b691d11c23a2010f95f43f3dc24ef 100644 (file)
--- a/Introduction.tex
+++ b/Introduction.tex
@@ -80,7 +80,7 @@ in Chapter 5. The performance of these newly designed PRNG based on chaotic iter
 
 In Chapter 6, In prior literature, the iterate function is just the vectorial boolean negation.  
 In this Chapter, we propose a method using Graph with strongly connected components as a selection criterion for chaotic iterate function. 
 
 In Chapter 6, In prior literature, the iterate function is just the vectorial boolean negation.  
 In this Chapter, we propose a method using Graph with strongly connected components as a selection criterion for chaotic iterate function. 

-In order to face the challenge of using the proposed chaotic iterate functions in PRNG, these PRNGs are subjected to the above statistical batteries of tests.
+In order to face the challenge of using the proposed chaotic iterate functions in PRNG, these PRNGs are subjected to the NIST statistical batteries of tests.

 
 
 In Chapter 7, a potential use of above PRNGs in some Internet security field is presented, namely in information hiding. Such generators can strongly improve the confidence put in any information hiding scheme and in cryptography in general: due to their properties of unpredictability, the possibilities offered to an attacker to achieve his goal are drastically reduced in that context. 
 
 
 In Chapter 7, a potential use of above PRNGs in some Internet security field is presented, namely in information hiding. Such generators can strongly improve the confidence put in any information hiding scheme and in cryptography in general: due to their properties of unpredictability, the possibilities offered to an attacker to achieve his goal are drastically reduced in that context.