diff --git a/doc/About.txt b/doc/About.txt
index 3d9370691296bb23cb0b5e6e58359b82db6216e4..291145955777816de8c38cbc332c6fe510266b87 100644
--- a/doc/About.txt
+++ b/doc/About.txt
@@ -4,8 +4,7 @@
 About
 =====
 
-SFLphone is meant to be a robust enterprise-class desktop phone. It is design
-with a hundred-calls-a-day receptionist in mind. It can work for you, too.
+SFLphone is meant to be a robust enterprise-class desktop phone. It is designed with a hundred-calls-a-day receptionist in mind. It can work for you, too.
 
 SFLphone is released under the *GNU General Public License*.
 
diff --git a/doc/News.txt b/doc/News.txt
index 4e592ef6eae84ca3ca662b3d1c3d45d8be690218..6ba95a7e4f28432e6f92139cb7c26f7c4dfa8a04 100644
--- a/doc/News.txt
+++ b/doc/News.txt
@@ -3,7 +3,7 @@
 News
 ====
 
-January 2008:: Partnership with *Polytechnic School* of Montreal to implement video calls and video conference. 
+January 2008:: Partnership with *Polytechnic School* of Montreal to implement video calls and video conference. Read sflsite::sflvideo[here].
 
 December 2007:: Upcoming release 0.8.0. See the last sflsite:screenshots[]. 
 
diff --git a/doc/SFLvideo.txt b/doc/SFLvideo.txt
index 90c38105e85d7f18141436a8138ea7f1aeed0823..d8e31d7f030816f028417820397ab334a5d3f024 100644
--- a/doc/SFLvideo.txt
+++ b/doc/SFLvideo.txt
@@ -9,10 +9,10 @@ Five students from Polytechnic school will be working part-time on the project f
 
 Goals
 -----
-- The main goal of this partnership is to implement a video layer in SFLphone to allow video calls and video conferencing. It is an interesting challenge because videoconference is not much implemented in softphones yet. The first step consists in implementing peer-to-peer video calls.  
+- The technical goal of this partnership is to implement a video layer in SFLphone to allow video calls and video conferencing. It is an interesting challenge because videoconference is not much implemented in softphones yet. The first step consists in implementing peer-to-peer video calls.  
 .
 - This is how the application should behave on a client side:
-  * The user open a multimedia session with an other client (SIP protocol)
+  * The user opens a multimedia session with an other client (SIP protocol)
   * Local video capture (video4linux2 driver) is compressed and shipped through RTP packets.
   * In the same time, the incoming video stream (in RTP packets also) is decompressed and displayed.
   * The visualization framework should be flexible ans should allow user parametrization. 3D API OpenGL should be used.