test.fig1.ps.Z shows roadmap, pcw intro and glossary titles
test.fig2.ps.Z hpcc raodmap home page, pcw title page, hpcc glossay intro
test.fig3.ps.Z raodmap home page and pcw
test.fig4.ps.Z application paradigms in hpf and 5 problem classification from pcw intro
test.fig5.ps.Z application paradigms and 4.4 spin models into from pcw
test.fig6.ps.Z market sectors and technologies page with parallelism survey
test.fig7.ps.Z market sectors and technologies page with pcw parallel computing in industry
test.fig8.ps.Z petaflops applications categories and pcw chapter 12.1 contents
test.fig9.ps.Z petaflops applications and colour fish from pcw
test.fig10.ps.Z shows HPCC education and overview
test.fig11.ps.Z show hpfa home page and chapter 13 pcw
test.fig12.ps.Z shows hpf icons on home page, chapter 13 pcw in background and glossary def of hpf
test.fig13.ps.Z shows algorithms and applications listing and code kernel index home page
test.fig14.ps.Z shows linking of kernels to/from pcw and pcw to/from kernels
test.fig15.ps.Z shows page of technical info in pcw linked to a kernel explination
test.fig16.ps.Z shows hillard cook pictures and kernel pages for hpf implementation
test.fig17.ps.Z shows fig16 plus coding in foreground
test.fig18.ps.Z pcw intro listing classification and sample of synchronous applications in pcw.
test.fig19.ps.Z pcw section on loosely syn problems and colour pictures of beam diffusion.
test.fig20.ps.Z pcw, section 7 on independent parallelism and colour folding pictures
test.fig21.ps.Z pcw chapter 11 load balancing and optimisation plus colour graph
test.fig22.ps.Z index to chapter 18 in pcw plus table highlighting difference between asynchronous and loosely synchronous
test.fig23.ps.Z ccci colour plate and table 18.2 from pcw asking 'which is correct machnie for particular problem type'.
test.fig24.ps.Z education hpf home page and slides from course
test.fig25.ps.Z educational hpf page and npac education page