X-Git-Url: http://git.lttng.org./?a=blobdiff_plain;f=trunk%2Flttv%2FLTTngManual.html;h=22e862759079de35e49c7cc8d76aba5579a21b6a;hb=91305eadc0fc1a29d3ca47361209d6aef8b7c92b;hp=31c6bbae40e2c320d64f7633e12eb931e08b2ce6;hpb=55cdc3f081b518fd393f1fb11a3a45d044cbd26d;p=lttv.git

diff --git a/trunk/lttv/LTTngManual.html b/trunk/lttv/LTTngManual.html
index 31c6bbae..22e86275 100644
--- a/trunk/lttv/LTTngManual.html
+++ b/trunk/lttv/LTTngManual.html
@@ -58,9 +58,6 @@ from LTTV</a></li>
 <li><a href="#pkglttng" name="TOCpkglttng">Create custom LTTng packages</a></li>
 </ul>
 
-<li><a href="#section5" name="TOCsection5">Examples of LTTng use in the
-field</a></li>
-
 </ul>
 
 <hr />
@@ -71,9 +68,8 @@ This document is made of five parts : the first one explains how
 to install LTTng and LTTV from sources, the second one describes the steps
 to follow to trace a system and view it. The third part explains
 briefly how to add a new trace point to the kernel and to user space
-applications. The fourth part explains how to create Debian or RPM
-packages from the LTTng and LTTV sources. The fifth and last part describes use
-of LTTng in the field.
+applications. The fourth and last part explains how to create Debian or RPM
+packages from the LTTng and LTTV sources.
 <p>
 These operations are made for installing the LTTng 0.86 tracer on a linux 2.6.X
 kernel. You will also find instructions for installation of LTTV 0.12.x : the
@@ -573,48 +569,5 @@ Then, follow the section "Editing the system wide configuration" in section 2.
 
 <hr />
 
-<h2><a href="#TOCsection5" name="section5">Examples of LTTng use in the field</a></h2>
-<p>
-A few examples of successful LTTng users :
-
-<ul>
-<li> Google are deploying LTTng on their servers. They want to use it to
-  monitor their production servers (with flight recorder mode tracing)
-  and to help them solve hard to reproduce problems. They have had
-  success with such tracing approach to fix "rare disk delay" issues and
-  VM-related issues presented in this article :
-<ul>
-  <li> <a href="http://ltt.polymtl.ca/papers/bligh-Reprint.pdf">Linux Kernel
-Debugging on Google-sized clusters at Ottawa Linux
-    Symposium 2007</a>
-</ul>
-<li> IBM Research have had problems with Commercial Scale-out applications,
-  which are being an increasing trend to split large server workloads.
-  They used LTTng successfully to solve a distributed filesystem-related
-  issue. It's presented in the same paper above.
-
-<li> Autodesk, in the development of their next-generation of Linux
-  audio/video edition applications, used LTTng extensively to solve
-  soft real-time issues they had. Also presented in the same paper.
-
-<li> Wind River included LTTng in their Linux distribution so their
-  clients, already familiar to Wind River own tracing solution in
-  VxWorks, car have the same kind of feature they have relied on for a
-  long time.
-
-<li> Montavista have integrated LTTng in their distribution for the same
-  reasons. It's used by Sony amongst others.
-
-<li> SuSE are currently integrating LTTng in their next SLES distribution,
-  because their clients asking for solutions which supports a kernel
-  closer to real-time need such tools to debug their problems.
-
-<li> A project between Ericsson, the Canadian Defense, NSERC and various
-  universities is just starting. It aims at monitoring and debugging
-  multi-core systems and provide automated and help user system behavior
-  analysis.
-
-<li> Siemens have been using LTTng internally for quite some time now.
-</ul>
   </body>
 </html>