2 @book
{darte_scheduling_2000
,
4 title = {Scheduling and automatic parallelization
},
6 lccn
= {QA76.76.C65 D37
2000},
7 publisher = {Birkhauser
},
8 author = {Darte
, Alain
},
9 collaborator
= {Robert
, Yves and Vivien
, Frédéric
},
11 keywords = {Compiling
(Electronic computers
), Parallel processing
(Electronic computers
)}
14 @book
{wolfe_high_1996
,
15 address = {Redwood City
, Calif
},
16 title = {High performance compilers for parallel computing
},
18 lccn
= {QA76.58 .W62
1996},
19 publisher = {Addison
-Wesley
},
20 author = {Wolfe
, Michael Joseph
},
22 keywords = {Compilers
(Computer programs
), Parallel processing
(Electronic computers
)}
25 @book
{zima_supercompilers_1990
,
26 address = {New York
; Wokingham
, England
; Reading
, Mass
},
27 series = {{ACM
} Press frontier
series},
28 title = {Supercompilers for parallel and vector computers
},
30 lccn
= {QA76.6 .Z554
1990},
31 publisher = {{ACM
} Press
; Addison
-Wesley
},
32 author = {Zima
, Hans
},
33 collaborator
= {Chapman
, Barbara
},
35 keywords = {Compilers
(Computer programs
), Parallel processing
(Electronic computers
), Programming
, Supercomputers
, Vector processing
(Computer science
)}
39 address = {Beijing
[China
]; Sebastopol
, {CA
}},
41 series = {{RISC
} architectures
, optimization \
& benchmarks
},
42 title = {High performance computing
},
43 isbn
= {{156592312X
}},
44 lccn
= {QA76.9.A73 D68
1998},
45 publisher = {{O'Reilly
}},
46 author = {Dowd
, Kevin
},
47 collaborator
= {Severance
, Charles R.
},
49 keywords = {Computer architecture
, Electronic digital computers
, Parallel processing
(Electronic computers
), Supercomputers
}
52 @book
{allen_optimizing_2001
,
53 address = {San Francisco
},
55 title = {Optimizing compilers for modern architectures
: a dependence
-based approach
},
57 lccn
= {QA76.76.C65 A45
2001},
58 shorttitle
= {Optimizing compilers for modern architectures
},
59 publisher = {Morgan Kaufmann Publishers
},
60 author = {Allen
, Randy
},
61 collaborator
= {Kennedy
, Ken
},
63 keywords = {Computer architecture
, Optimizing compilers
}