diff --git a/README b/README
index 4a20c00..f633cbc 100644
--- a/README
+++ b/README
@@ -1,82 +1,102 @@
-*** QuickStart ***
-
-REQUIREMENTS
-
-Linux OpenGGSN was developed and tested using Redhat 7.1, 7.2 and
-8.0. It should run also on other Linux distributions as well as
-FreeBSD and Solaris, but this is untested. Please tell me of any
-testing results.
-
-Tun
-Both ggsn and sgsnemu uses the tun package. You need at least tun
-version 1.1. See http://vtun.sourceforge.net/tun/ for instructions on
-installation. Tun is included in the kernel from early version 2.4, so
-you will not normally need to install it. For Redhat 7.1, 7.2 and 8.0
-you do however need to do the following:
-mkdir /dev/net
-mknod /dev/net/tun c 10 200
-Add this line to /etc/modules.conf: alias char-major-10-200 tun 
-depmod -a
+OPENGGSN README
+===============
 
 
-COMPILATION and INSTALLATION
+QuickStart
+==========
 
-1 ./configure
-2 make
-3 make install
+
+Requirements
+------------
+
+*Linux*
+OpenGGSN was developed and tested using Redhat 8.0 and 9.0. It should
+run also on other Linux distributions as well as FreeBSD and Solaris,
+but this is untested. Please tell me of any testing results.
+
+*Tun*
+The tun driver is required for proper operation of openggsn. For linux
+kernels later than 2.4.7 the driver is typically included, but need
+to be configured for automatic loading:
+
+1. Add the following line to /etc/modules.conf: alias char-major-10-200 tun 
+2. depmod -a
+
+
+Installation from binary
+------------------------
+
+rpm -i openggsn-<version>.rpm
+
+This will install binaries, man pages, configuration files as well as
+a Sys V init script for the ggsn.
+
+
+Installation from source
+------------------------
+
+1. ./configure
+2. make
+3. make install
 
 You need to be root in order to install the package, but not in order
 to compile.
 
-RUNNING
 
-sgsnemu
-Edit the configuration file sgsnemu.conf found under
-openggsn/examples. Use sgsnemu -h for a list of available options.
+Running
+-------
+
+*sgsnemu*
 Start the emulator as root using the command:
 
-  sgsnemu -c examples/sgsnemu.conf -l 10.20.30.50 -r 10.20.30.40 --createif
+  sgsnemu -l 10.0.0.50 -r 10.0.0.40 --createif --defaultroute
 
-This will cause the sgsn emulator to bind to local address 10.20.30.50
-and connect to the ggsn found at 10.20.30.40. It will first send off
-an ECHO_REQUEST message. After this it will attempt to establish a pdp
+This will cause the sgsn emulator to bind to local address 10.0.0.50
+and connect to the ggsn found at 10.0.0.40. It will first send off an
+ECHO_REQUEST message. After this it will attempt to establish a pdp
 context. If successful it will create a local interface and set up
 routing. Now you should be able to ping through the connection. Use a
 network analysator such as ethereal to monitor the traffic.
 
-ggsn
-Edit the configuration file ggsn.conf found under
-openggsn/examples. Use sgsnemu -h for a list of available options.
+sgsnemu -h will show a list of available options. "-c sgsnemu.conf"
+use sgsnemu.conf as a configuration file. A sample file is provided in
+examples/sgsnemu.conf.
+
+*ggsn*
+Edit the configuration file ggsn.conf found under openggsn/examples.
 Start the ggsn as root using the command:
 
-  ggsn --fg -c examples/ggsn.conf -l 10.20.30.40 --statedir .
+ggsn --fg -c examples/ggsn.conf -l 10.0.0.40 --statedir .
 
 This will run the ggsn in foreground using the local interface
-10.20.30.40. If you don't have a GSM network available for testing you
+10.0.0.40. If you don't have a GSM network available for testing you
 can use sgsnemu to test the GGSN.
 
 
-SUPPORT
+Support
+-------
+
 If you have any questions drop me a line at jj@openggsn.org.
 
 
-*** Features ***
+Features
+========
 
 OpenGGSN is an open source implementation of GPRS Support Nodes
 (GSNs). It implements the GPRS tunneling protocol (GTP) version 0.
 
 OpenGGSN provides 3 components:
-* gtplib
-* ggsn
-* sgsnemu
+ * gtplib
+ * ggsn
+ * sgsnemu
 
-gtplib
+*gtplib*
 This library contains all functionality relating to the GTP
 protocol. Use this library if you want to implement your own
 GSN. Currently gtplib supports GTPv0. At the moment no interface
 documentation is available for download.
 
-ggsn
+*ggsn*
 The ggsn implements a Gateway GPRS Support Node. The GGSN is a small
 application which is provided in order to test and demonstrate the use
 of gtplib. It is fully compliant to the 3GPP standards, but lacks
@@ -84,14 +104,15 @@
 application as a starting point if you want to build your own GGSN
 with your own fancy VPN, management and charging functionality.
 
-sgsnemu
+*sgsnemu*
 This application emulates a Serving GPRS Support Node (SGSN). sgsnemu
 enables you to test your 3GPP core network without the need to invest
 in a 3G radio access network. An important application of sgsnemu is
 the testing of roaming connectivity through a GPRS roaming exchange.
 
 
-*** Performance ***
+Performance
+===========
 
 Two experiments were performed in order to test the performance of
 sgsnemu and ggsn. The ggsn used a 550 MHz Athlon with 384 MB of
@@ -110,22 +131,26 @@
 payload of 100 bytes. Transfer time 0.84 sec, no packets lost.
 
 
-*** Required software ***
+Required software
+=================
 
-TUN  (http://vtun.sourceforge.net/tun/)
+Tun
+---
 
 Both ggsn and sgsnemu uses the tun package. You need at least tun
-version 1.1. See the above web page for instructions on
-installation. Tun is included in the kernel from early version 2.4, so
-you will not normally need to install it. For Redhat 7.1, 7.2 and 8.0
-you do however need to do the following:
-mkdir /dev/net
-mknod /dev/net/tun c 10 200
-Add the following line to /etc/modules.conf: alias char-major-10-200 tun 
-depmod -a
+version 1.1. With Linux tun is normally included from kernel version
+2.4.7. To configure automatic loading:
 
+1. Add the following line to /etc/modules.conf: alias char-major-10-200 tun 
+2. depmod -a
 
-GENGETOPT (http://www.gnu.org/software/gengetopt/gengetopt.html)
+Alternatively you can execute "modprobe tun" on the commandline.
+
+For other platforms and general information about tun see
+http://vtun.sourceforge.net/tun/
+
+Gengetopt
+---------
 
 Gengetopt is required if you want to change the options defined in the
 cmdline.ggo source file. You need at least gengetopt version 2.8. If
@@ -139,32 +164,38 @@
 cd sgsnemu
 gengetopt < cmdline.ggo --conf-parser
 
+For more information about gengetopt see
+http://www.gnu.org/software/gengetopt/gengetopt.html
 
-*** Compilation and Installation ***
 
-SETTING UP AUTOTOOLS
+Compilation and Installation
+============================
+
+
+Setting up autotools
+--------------------
 
 You do not need to perform this step if you are only going to compile
 the package:
 
-0 Get version from somewhere: Script to extract version from configure.in
-1 Copy the latest config.guess and config.sub from ftp://ftp.gnu.org/gnu/config
-2 Run autoscan and copy configure.scan to configure.in
-3 Add/edit the following lines in configure.in:
-	AC_INIT(openggsn, 0.52, jj@openggsn.org)
-	AC_CONFIG_SRCDIR([gtp/gtp.c])
-	AM_CONFIG_HEADER([config.h])
-	AC_PROG_LIBTOOL
-	AM_PROG_LIBTOOL
-	AM_INIT_AUTOMAKE()
-4 libtoolize --automake --copy
+1. Get version from somewhere: Script to extract version from configure.in
+2. Copy the latest config.guess and config.sub from ftp://ftp.gnu.org/gnu/config
+3. Run autoscan and copy configure.scan to configure.in
+4. Add/edit the following lines in configure.in:
+   - AC_INIT(openggsn, 0.52, jj@openggsn.org)
+   - AC_CONFIG_SRCDIR([gtp/gtp.c])
+   - AM_CONFIG_HEADER([config.h])
+   - AC_PROG_LIBTOOL
+   - AM_PROG_LIBTOOL
+   - AM_INIT_AUTOMAKE()
+5. libtoolize --automake --copy
   (ads copy of ltmain.sh)
-5 aclocal
-6 autoheader
-7 automake --add-missing --copy
+6. aclocal
+7. autoheader
+8. automake --add-missing --copy
   (Ads copy of mkinstalldirs missing, install-sh, depcomp)
-8 automake
-9 autoconf
+9. automake
+10. autoconf
 
 The above will initialise the project to the current version of
 autotools (As installed in RedHat 8.0). See
@@ -172,23 +203,43 @@
 for details on autotools.
 
 
-COMPILATION AND INSTALLATION
+Compilation and installation
+----------------------------
 
- 1 ./configure
- 2 make clean
- 3 cd gtp
- 4 make
- 5 make install (as root)
- 6 cd ..
+ 1. ./configure
+ 2. make clean
+ 3. cd gtp
+ 4. make
+ 5. make install (as root)
+ 6. cd ..
    (Step 3 to 6 you only need to run the first time to install libgtp)
- 7 make
- 8 make install (as root)
- 9 Add /usr/local/lib to /etc/ld.so.conf
-10 run ldconfig
-   (Step 9 and 10 are not required as path to libgtp is included in Makefile)
+ 7. make
+ 8. make install (as root)
+ 9. Add /usr/local/lib to /etc/ld.so.conf
+10. run ldconfig
+
+(Steps 9 and 10 are not required as path to libgtp is included in Makefile)
+
+Documentation can be converted to html by issuing:
+
+ 1. txt2html -pm -tf README > README.html
+ 2. txt2html -pm -tf NEWS > NEWS.html
+ 3. txt2html -pm -tf ChangeLog > ChangeLog.html
+ 4. man2htm ggsn.8 > ggsn.html
+ 5. man2htm sgsnemu.8 > sgsnemu.html
 
 
-*** Running ggsn ***
+Installation from binary
+------------------------
+
+1. rpm -i openggsn-<version>.rpm
+
+This will install binaries, man pages, configuration files as well as
+a Sys V init script for the ggsn.
+
+
+Running ggsn
+============
 
 Use ggsn -h for a list of available options. All options available on
 the command line can also be given in a configuration file. See
@@ -196,7 +247,7 @@
 
 Start the ggsn as root using the command:
 
-  ggsn -c examples/ggsn.conf --fg -l 10.20.30.40 --net 192.168.0.0/24 --dynip 192.168.0.0/24
+  ggsn -c examples/ggsn.conf --fg -l 10.0.0.40 --net 192.168.0.0/24 --dynip 192.168.0.0/24
 
 First a tun network interface will be created. In the above example
 the network interface address is 192.168.0.0 and the mask is
@@ -205,7 +256,7 @@
 
 After tun has been successfully established the ggsn will wait for GTP
 create PDP context requests on the local interface
-10.20.30.40. Currently all requests are accepted, and no password,
+10.0.0.40. Currently all requests are accepted, and no password,
 username or APN validation is performed.
 
 When receiving a create PDP context request a dynamic IP address will
@@ -220,9 +271,18 @@
 used you need to configure network address translation. See the Linux
 Networking HOWTO for details.
 
-Remember to enable routing: echo 1 > /proc/sys/net/ipv4/ip_forward
+Remember to enable routing: 
 
-*** Running sgsnemu ***
+echo 1 > /proc/sys/net/ipv4/ip_forward
+
+If you installed using a binary RPM package it is possible to start
+ggsn by using the Sys 5 script:
+
+/etc/init.d/ggsn start
+
+
+Running sgsnemu
+===============
 
 Use sgsnemu -h for a list of available options. All options available
 on the command line can also be given in a configuration file. See
@@ -231,25 +291,24 @@
 If you want to test a GRX roaming connection you will need to do the
 following:
 
-1) Install sgsnemu on a Linux Box. See under installation above.
-
-2) Connect your Linux box with sgsnemu installed to the GPRS core
+1. Install sgsnemu on a Linux Box. See under installation above.
+2. Connect your Linux box with sgsnemu installed to the GPRS core
 network. Use the same LAN switch as the one your SGSN is connected
 to. You also need a free IP address that can be used by sgsnemu.
-
-3) You need to configure networking in terms of interface address,
+3. You need to configure networking in terms of interface address,
 subnet mask and default route. See the Linux Networking HOWTO for
 details.
+4. Launch sgsnemu with something like:
 
-4) Launch sgsnemu with something like:
-
-     sgsnemu --fg --listen 10.20.30.50 --remote 10.20.30.40 --dns 10.20.38.51 --timelimit 10 --contexts 0 
+     sgsnemu --listen 10.0.0.50 --remote 10.0.0.40 --dns 10.20.38.51 --timelimit 10 --contexts 0 
 
 sgsnemu will print something like the following on the screen:
 
+<PRE>
+
   Using DNS server:      10.20.38.51 (10.20.38.51)
-  Local IP address is:   10.20.30.50 (10.20.30.50)
-  Remote IP address is:  10.20.30.40 (10.20.30.40)
+  Local IP address is:   10.0.0.50 (10.0.0.50)
+  Remote IP address is:  10.0.0.40 (10.0.0.40)
   IMSI is:               240011234567890 (0x98765432110042)
   Using APN:             internet
   Using MSISDN:          46702123456
@@ -263,6 +322,8 @@
 
   Received echo response. Cause value: 0
 
+</PRE>
+
 This is quite good. It means that you managed to send off an echo
 request to a remote GGSN, and it was friendly enough to answer you. If
 you did not get an echo response it means that something is wrong
@@ -279,13 +340,15 @@
 network, so please be carefull not to route internet traffic onto the
 GPRS core network! Assuming you know what you are doing:
 
-     sgsnemu --fg --listen 10.20.30.50 --remote 10.20.30.40 --dns 10.20.38.51 --timelimit 10 --contexts 1 --apn internet --imsi 240011234567890 --msisdn 46702123456 --createif --defaultroute
+     sgsnemu --listen 10.0.0.50 --remote 10.0.0.40 --dns 10.20.38.51 --timelimit 10 --contexts 1 --apn internet --imsi 240011234567890 --msisdn 46702123456 --createif --defaultroute
 
 sgsnemu will print something like the following on the screen:
 
+<PRE>
+
   Using DNS server:      10.20.38.51 (10.20.38.51)
-  Local IP address is:   10.20.30.50 (10.20.30.50)
-  Remote IP address is:  10.20.30.40 (10.20.30.40)
+  Local IP address is:   10.0.0.50 (10.0.0.50)
+  Remote IP address is:  10.0.0.40 (10.0.0.40)
   IMSI is:               240011234567890 (0x98765432110042)
   Using APN:             internet
   Using MSISDN:          46702123456
@@ -304,6 +367,7 @@
   /sbin/ifconfig tun0 192.168.0.1
   /sbin/route add -net 192.168.0.0 netmask 255.255.255.0 gw 192.168.0.1
 
+</PRE>
 
 Now a context is established to the remote GGSN. The IP address of the
 context is 192.168.0.1. You should be able to ping a known address on
@@ -322,7 +386,12 @@
 After --timelimit seconds the PDP context is disconnected with the
 following messages from sgsnemu:
 
+
+<PRE>
+
   Disconnecting PDP context #0
   Received delete PDP context response. Cause value: 128
   Deleting tun interface
 
+</PRE>
+