4 CHAPTER 1. HOW TO USE THIS BOOK
5.
If your primary focus is scientific and technical computing, and you prefer a
patternist approach, you might try Mattson et al.’s textbook [
MSM05
]. It covers
Java, C/C++, OpenMP, and MPI. Its patterns are admirably focused first on
design, then on implementation.
6.
If your primary focus is scientific and technical computing, and you are interested
in GPUs, CUDA, and MPI, you might check out Norm Matloff’s “Programming
on Parallel Machines” [
Mat13
]. Of course, the GPU vendors have quite a bit of
additional information [AMD17, Zel11, NVi17a, NVi17b].
7.
If you are interested in POSIX Threads, you might take a look at David R. Buten-
hof’s book [
But97
]. In addition, W. Richard Stevens’s book [
Ste92
] covers UNIX
and POSIX, and Stewart Weiss’s lecture notes [
Wei13
] provide an thorough and
accessible introduction with a good set of examples.
8.
If you are interested in C++11, you might like Anthony Williams’s “C++ Con-
currency in Action: Practical Multithreading” [Wil12].
9.
If you are interested in C++, but in a Windows environment, you might try Herb
Sutter’s “Effective Concurrency” series in Dr. Dobbs Journal [
Sut08
]. This series
does a reasonable job of presenting a commonsense approach to parallelism.
10.
If you want to try out Intel Threading Building Blocks, then perhaps James
Reinders’s book [Rei07] is what you are looking for.
11.
Those interested in learning how various types of multi-processor hardware cache
organizations affect the implementation of kernel internals should take a look at
Curt Schimmel’s classic treatment of this subject [Sch94].
12.
Finally, those using Java might be well-served by Doug Lea’s textbooks [
Lea97
,
GPB
+
07].
However, if you are interested in principles of parallel design for low-level software,
especially software written in C, read on!
1.4 Sample Source Code
This book discusses its fair share of source code, and in many cases this source code
may be found in the
CodeSamples
directory of this book’s git tree. For example, on
UNIX systems, you should be able to type the following:
find CodeSamples -name rcu_rcpls.c -print
This command will locate the file
rcu_rcpls.c
, which is called out in Appendix B.
Other types of systems have well-known ways of locating files by filename.
1.5 Whose Book Is This?
As the cover says, the editor is one Paul E. McKenney. However, the editor does
accept contributions via the
perfbook@vger.kernel.org
email list. These contribu-
tions can be in pretty much any form, with popular approaches including text emails,
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