-
.1=..Title slide: The application perspective for Scalable Data and Task Parallel Languages HPF and HPC++
-
.2=..Importance of HPF, HPC++, to users.
-
.3=..Some specific HPF stories - I.
-
.4=..Some specific HPF stories- II.
-
.5=..Goal of high performance FORTRAN.
-
.6=..General applicability of HPF, HPF+, and HPC++ in four broad problem classes.
-
.7=..Definition of five basic problem classes.
-
.8=..Agile manufacturing as a metaproblem example.
-
.9=..Multidisciplinary analysis and design as the mapping of heterogeneous metaproblems onto heterogeneous metacomputer systems.
-
10=..Further examples of metaproblems.
-
11=..Another dual-use metaproblem: BMC3IS - Decision support.
-
12=..Heterogeneous metaproblem structure for command and control.
-
13=..Three forms of parallelism that any complete programming environment must handle.
-
14=..Features of HPF++: Extensions to HPF.
-
15=..Relevance of HPF and HPC++ features to other languages - I.
-
16=..Relevance of HPF and HPC++ features to other languages - II.
-
17=..Preliminary summary HPF features for different algorithms and generic application methodologies - I.
-
18=..Preliminary summary HPF features for different applications and generic application methodologies - II.
-
19=..Preliminary summary HPF features for different applications and generic application methodologies - III.
-
20=..Preliminary summary HPF features for different applications and generic application methodologies - IV.
-
21=..Overview of industrial and academic applications of HPCC.
-
22=..Industrial and academic applications of HPCC - simulation opportunities I.
-
23=..Industrial and academic applications of HPCC - simulation opportunities II.
-
24=..Industrial and academic applications of HPCC - simulation opportunities III.
-
25=..Industrial and academic applications of HPCC - Information analysis or "data mining".