This was the first boot chart created (no disk utilization information yet):
It immediately pinpointed problems in the Fedora Core 3 boot process:
This chart shows the current state, where experiments with early
readahead and disk utilization are being made. Note that the
boot process duration went from 1:38 to 0:48.
David Zeuthen did a great analysis of the Fedora boot process and included some boot charts.
Stephan Kulow <coolo at suse de> has been working on optimizing the SUSE boot process:
Paul Pacheco <paul pacheco at wavecode com> is working on improving the Gentoo boot process. The following charts display the default Gentoo bootup (1:17) and Paul's improved version (0:37):
Jimmy Wennlund <jimmy wennlund at gmail com>
used bootchart to profile his
next generation init system (initng).
Ubuntu hackers blogged their work on optimizing the boot process with loads of boot charts.
Geoffrey McRae <Geoffrey MCRAE at dewr gov au> managed to improve the boot time of a fully loaded Debian server:
There's a Wiki page dedicated to profiling the Mandriva boot process with bootchart.
Robert Helgesson <rycee at home se> compared sequential and parallel script execution on Source Mage Linux:
Vagner A. Farias <vfarias at conectiva com br> sent the boot chart for Conectiva Linux:
Laszlo Dvornik <dvornik at gnome hu> profiled the bootup of Frugalware Linux.
Kuniyasu Suzaki <k suzaki at aist go jp>
and the developers of
KNOPPIX Japanese edition
have managed to reduce the time needed to boot the KNOPPIX 3.7 CD by 60
seconds using readahead.
Boot charts included.
Tim Scully <tim scully at theopenway net> ran bootchart on RHEL4 with the Xen hypervisor:
Eric Schrock and Dan Price from the Solaris kernel development team are working on a Bootchart port using DTrace. They published boot charts showing the bootup of Solaris 10 and that of a Solaris zone.