Wiley-Interscience, 1997. – 656 pages.Contents:IntroductionComputing Software BasicsErrors and Uncertainties in ComputationsIntegrationData FittingDeterministic RandomnessMonte Carlo ApplicationsDifferentiationDifferential Equations and OscillationsQuantum Eigenvalues; Zero-Finding and MatchingAnharmonic OscillationsFourier Analysis of Nonlinear OscillationsUnusual Dynamics of Nonlinear SystemsDifferential Chaos in Phase SpaceMatrix Computing and Subroutine LibrariesBound States in Momentum SpaceQuantum Scattering via Integral EquationsComputing Hardware Basics: Memory and CPUHigh-Performance Computing: Profiling and TuningParallel Computing and PVMObject-Oriented Programming: KinematicsThermodynamic Simulations: The Ising ModelFunctional Integration on Quantum PathsFractalsElectrostatic PotentialsHeat FlowWaves on a StringSolitons, the KdeV EquationSine–Gordon SolitonsConfined ElectronicWave PacketsAppendixes:Analogous Elements in Fortran and CPrograms on Floppy DisketteListing of C ProgramsTypical Project Assignments