Fixes: b97d9921b0fd ("acronym: future/htm: Tag TM, HTM, STM, and RCU via acronym dictionary")
Fixes: de25a117a9c6 ("index: Add index and acronym tags, take one")
Signed-off-by: Akira Yokosawa <akiyks@xxxxxxxxx>
---
Hi again,
I said:
> I'm thinking of adding some rules in the check script to catch
> this sort of typo.
, and a tentative script caught two other typos.
This v2 patch fixes three typos at once.
Updated check script will be posted later along with other punctuation
convention fixes.
Thanks, Akira
--
future/htm.tex | 4 ++--
summary.tex | 2 +-
2 files changed, 3 insertions(+), 3 deletions(-)
diff --git a/future/htm.tex b/future/htm.tex
index dc67ba23..7458f436 100644
--- a/future/htm.tex
+++ b/future/htm.tex
@@ -150,7 +150,7 @@ HTM is therefore a very real possibility for large non-partitionable
data structures, at least assuming relatively small updates.
\QuickQuiz{
- Why are relatively small updates important to IXacr{htm} performance
+ Why are relatively small updates important to \IXacr{htm} performance
and scalability?
}\QuickQuizAnswer{
The larger the updates, the greater the probability of conflict,
@@ -252,7 +252,7 @@ write~\cite{RaviRajwar2012TSX}.
schemes~\cite{CScottAnanian2006,KevinEMoore2006}
use DRAM as an extremely large victim cache, but integrating such schemes
into a production-quality
-IXalt{cache-coherence}{cache coherence} mechanism is still an unsolved
+\IXalt{cache-coherence}{cache coherence} mechanism is still an unsolved
problem.
In addition, use of DRAM as a victim cache may have unfortunate
performance and energy-efficiency consequences, particularly
diff --git a/summary.tex b/summary.tex
index 63187998..2ed43920 100644
--- a/summary.tex
+++ b/summary.tex
@@ -86,7 +86,7 @@ And that goes at least double for concurrent code.
where combining concurrency mechanisms with each other or with other
design tricks can greatly ease parallel programmers' lives.
\Cref{sec:advsync:Advanced Synchronization} looked at advanced
-synchronization methods, including lockless programming, IXacrl{nbs},
+synchronization methods, including lockless programming, \IXacrl{nbs},
and parallel real-time computing.
\Cref{chp:Advanced Synchronization: Memory Ordering} dug into the
critically important topic of memory ordering, presenting techniques
--
2.17.1
