As I'm reading the doc in the hurd-l4 CVS, I correct some typos when I see them:
Index: vmm.tex
===================================================================
RCS file: /cvsroot/hurd/hurd-l4/doc/vmm.tex,v
retrieving revision 1.12
diff -u -r1.12 vmm.tex
--- vmm.tex 30 Oct 2003 02:18:07 -0000 1.12
+++ vmm.tex 1 Apr 2005 15:09:15 -0000
@@ -97,7 +97,7 @@
fault statistics and access pattern detection for its page eviction
policy.
-Based on this observation, it is imperitive that the page eviction
+Based on this observation, it is imperative that the page eviction
scheme have good knowledge about how pages are being used as it only
requires a few bad decisions to destroy performance. Thus, a new
design can either choose to return to the monolithic design and add
@@ -218,7 +218,7 @@
which frames can be remanufactured (e.g. reread from disk or
recalculated) and internally promote them to guaranteed frames when
the frame becomes dirty being careful to never have less than $E$
-clean frames in the task. Given these semantics, guanteed frames
+clean frames in the task. Given these semantics, guaranteed frames
should not be thought of as wired (e.g. \function{mlock}ed in the
POSIX sense)---although they can have this property---but as frames
which the task itself must multiplex. Thus the idea of self-paged
@@ -318,7 +318,7 @@
exchanged between tasks: all services are provided by the kernel, a
trusted entity which is able to directly access tasks' address space.
In a multiserver system, most data acquisitions come from user space
-servers. As such, powerful primatives for moving memory around is an
+servers. As such, powerful primitives for moving memory around is an
absolute necessity: physical copying must be kept to an absolute
minimum and there must be a way to use and preserve copy on write
pages.
Quickly,
Nowhere man
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