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Parallel Processing Research
Part Two Fluid and Gas Dynamics
14 other sections not shown
algorithm analysis applications approach architectures behavior block boundary calculations Cedar system cellular automaton circuit simulation clusters Color Plate complex contours convection convergence CRAY X-MP density developed devices diagonal differential equations dimensions disk efficient electronic energy Euler equations evolution example factor Figure flow fluid Fortran Gauss-Jacobi Gauss-Seidel geodetic gluons graphics grid hardware implementation initial instability interactions large number lattice lattice gauge theory least-squares linear machine mathematical matrix mesh method molecular dynamics molecules multiprocessor Navier-Stokes equations NCSA nodes nonlinear number of iterations operations parallel processing partial differential equations particles performance phase Phys physical plasma problem quantum quarks regions scale seismic shot records solid state disk solution solved sparse matrix speed storage structure subcircuits supercomputer techniques theory tion two-dimensional variables vector vector processors velocity vortex vorticity waveform relaxation workstation Zabusky