Nash - Scientific Computing with PCs (523165), страница 63
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Elements of statistical computing: numerical computation. New York, NY: Chapman and Hall.Toint, Ph. L. see Conn, A. R. (1991)Torczon, V. (1991). On the convergence of the multidirectional search algorithm. SIAM J. Optimization, vol. 1, no. 1, pp.123-145. [13.2]Travelling Software Inc. (1991).
Laplink Pro User’s Guide. Travelling Software Inc.. 18702 N. Creek Parkway, Bothell, WA 98011. [4.3,10.2]Tufte, E. (1983). Visual display of quantitative information. Cheshire, Conn.:Graphics Press. [19.1, 19.7]Tukey, J. W. (1977). Exploratory data analysis. Boston, MA: Addison-Wesley. [18.5, 19.2]Tukey, J.
W. (1983) see Hoaglin, D. C. (1983)Waite, W. see Cody, W. J. Jr. (1980)Walker-Smith, M. E. see Nash, J. C. and ... (1987), (1989), (1989b)Walsh, J. E. see Mohamed, J. L. (1986)Watts, D. G. and Penner, D. G. R. (1991). Mining information. American Statistician, vol. 45, no. 1, February, pp. 4-9. [13.1]Wichmann, B.
and Hill, D. (1987). Building a random-number generator, Byte, vol. 12, no. 3, March, pp. 127-128. [17.4]Wilkinson, J. H. and Reinsch, C. (eds.) (1971). Linear algebra; handbook for automatic computation. Vol. 2. Berlin: Springer Verlag.[8.1]Wilkinson, J. H. (1965). The algebraic eigenvalue problem. Oxford: Clarendon Press.
[13.6]Young, G. see Nash J. C. ... (1984)188Copyright © 1984, 1994 J C & M M NashSCIENTIFIC COMPUTING WITH PCsNash Information Services Inc., 1975 Bel Air Drive, Ottawa, ON K2C 0X1 CanadaCopy for:Dr. Dobb’s JournalFiguresFigure 5.2.1Figure 6.2.1FigureFigureFigureFigureFigureFigureFigure6.2.27.1.17.4.17.8.18.1.18.1.28.1.3Figure 8.6.1Figure 9.1.1Figure 9.1.2FigureFigureFigureFigure11.3.111.5.114.2.114.5.1Figure 14.5.2Figure 14.5.3Figure 14.5.4Figure 14.5.5Figure 14.5.5FigureFigureFigureFigureFigureFigureFigureFigureFigureFigureFigure15.5.115.5.215.5.315.5.415.5.515.5.615.5.715.5.816.1.116.4.116.5.1FigureFigureFigureFigureFigureFigure16.5.216.5.317.3.117.5.117.5.218.2.1Figure 18.2.2Figure 18.2.3Figure 18.4.1Distribution of filename extensions in sample set.Listing with cross-reference table for a FORTRAN program to compute cube roots byNewton’s method.Data dictionary for the cube root finder of Figure 6.2.1Use of simple programs to determine array size limits.Simple example of restructuring.Array storage orderingIllustration of loop simplification in cumulative binomial probabilty calculations.Effects of algorithm, option selection and use of in-line code versus subroutine call.Variance calculation using standard two-pass formula on different MS-DOS computersfrom different disk types.Parts of TIMER2.PAS to time the execution of other programs in MS-DOS machines.Partially completed program to find the minimum of a function of one variable byquadratic approximation.Partially completed program to find the minimum of a function of one variable byquadratic approximation.Disk holder made from single sheet paper.North American 110-115 Volt AC wall outletTwo cash flow streams for the IRR problemData and expressions for a straightforward internal rate of return problem using a Lotus1-2-3 spreadsheet.Graphical solution of the problem of Figure 14.5.1.Graphical solution of the problem of Figure 14.2.1b.Graph of the log of the sum of squares of the deviations between the cash flowcoefficients and their reconstructions from the computed polynomial roots for the problemdescribed in Figure 14.2.1b.a) Solution of the internal rate of return problem 14.2.1 b) by the SOLVE function ofDERIVE.b) Solution of the internal rate of return problem 14.2.1 a) by a Newton iteration definedin DERIVE.Weed growth curve model using SYSTAT.Data and fitted line for the weed infestation problem.Solution of the weed infestation problem by the Nash / Marquardt methodHessian of the Hobbs weed growth nonlinear least squares problem for bT = [200, 50, 0.3]MINITAB output for the solution of the farm income problem (Table 15.1.1a)Partial MINITAB output for the height difference problem 15.1.1bEdited MATLAB output for the height difference problem.Partial output of iterative method for height difference data, part (b) of Table 15.1.1.Diagram showing the variables of the spacecraft systemPLOD input file for Apollo spacecraft trajectoriesPLOD screen plot for Apollo spacecraft trajectory from the starting point given asEquation 16.4.1.Another PLOD Apollo spacecraft trajectoryMATLAB version of the Figure 15.6.3Events and their relationship in the hiring process as idealized by our assumptions.Distributions of successful A and B candidatesDistributions of applicants (total, A and B)Listing of a FORTRAN implementation of the Nash J C (1990) variant of the Choleskydecomposition.Listing of the Price implementation of the Cholesky decomposition.Listing of the Healy (1968) variant of the Cholesky decomposition.Boxplot showing variability in executable program sizes for the Cholesky tests.FIGURES AND TABLES189Figures (continued)Figure 18.5.1Figure 18.5.2Figure 18.6.1FigureFigureFigureFigureFigureFigureFigureFigureFigure19.2.119.5.119.5.219.5.319.6.119.6.119.6.219.7.119.7.2Boxplots comparing relative performance of Cholesky algorithm variants in timingsperformed in 1992.Boxplots comparing relative performance of Cholesky algorithm variants in timingsperformed between 1975 and 1983.Minimum execution time on any of the three Cholesky variants for four versions of theTurbo Pascal compiler.Example data from Nash S G and Nocedal (1991) as entered in a Quattro worksheetLevel and variability " natural scaleLevel and variability " logarithmic scaleLevel and variability " enhanced XY plot in log scaleRelative performance " ratio-to-best bar chartRelative performance " ratio-to-best bar chartRelative performance " ratio-to-best area plotThree-dimensional point plot (EXECUSTAT)Point cloud spinningTablesTableTableTableTableTable7.7.18.2.18.4.18.4.18.5.1Table 8.6.1Table 9.1.1Table 14.1.1Table 15.1.1Table 18.2.1TableTableTableTable18.4.118.5.118.5.218.7.1Working storage requirements for some function minimization methodsComparison of execution timesImpact of disk caching and disk compressions.Time penalty for file fragmentationComputing the probability that the standard Normal distribution has an argument lessthan 1.960 by integration.MS-DOS Commands to turn off 80x87 co-processor function for selected compilers.Comparing regular and video memory write timesSchematic layout of costs and revenues for the internal rate of return problem.Data for three data fitting problems.Computers and programming environments used in Cholesky algorithm timingcomparisons.Source and executable program sizes for the Cholesky timing tests.Summary statistics for ratios of Cholesky timingsSummary statistics for Cholesky timingsSummary results of the average ratio of the times for Cholesky decomposition190Copyright © 1984, 1994 J C & M M NashSCIENTIFIC COMPUTING WITH PCsNash Information Services Inc., 1975 Bel Air Drive, Ottawa, ON K2C 0X1 CanadaCopy for:Dr.
Dobb’s JournalSubject Index(References are to chapter sections.)115V AC power16-bit processor20-bit memory address240V AC power32-bit processor3D plot3D plot, perspective640K limit64K limit8-bit processor80x87 (see Intel)Accented charactersAccess controlAcquiring the right computingenvironmentsAdaptation to new systemsAdaptersAdd-ons, extras and flexibilityAddress spaceAddressing of memoryAdjustment of data structuresAdministration of researchAlgebraic eigenvalue problemAlgorithm, choiceAlgorithm, descriptionAlgorithm, implementationAlgorithm, organizationAlgorithm, performanceAlgorithm, data fittingAlgorithm, hiring problemAlgorithm, robustnessAlgorithms, data fittingAlgorithms, findingAlgorithms, general vs.
specificAlgorithms, IRR problemAlgorithms, problem solutionAlgorithms, spacecraft trajectoriesAnalytic solutionAngular velocity, earth-moon systemAnswers, correctAntivirus programsAPL (programming language)Apple II computerApple MacintoshApplication problemsApplication programsApplication softwareApproach, standardApproximation of functionsArchiving of filesArea plotArithmetic librariesArithmetic, effect on execution timeArray dimension checkingArray entry, timingArray size limitationsArray, dataArray, storage orderingASCII character set(ISO Standard646, 1973)Assembly language program code11.54.14.111.54.119.719.74.1, 7.17.14.13.3, 3.19.85.720.212.94.320.43.1, 4.1, 7.17.17.22.1013.612.26.312.318.118.015.317.312.215.313.313.114.317.316.317.116.213.110.66.34.11.13.24.23.113.313.65.0, 5.5, 5.6, 10.219.618.118.69.28.19.815.27.85.1, 9.88.2Assessment,data fitting solutionsIRR solutionssolutions to hiring problemspacecraft trajectoriesAtari computerAudience for bookAutomated data collectionAutomatic differentiationBackground operations,effects on timingsBackupdevicessoftwarefullimportance in virus controloperationsselectiveBACKUP/RESTORE (MS-DOS)Bank switchingBASIChistoricalIBMTurboBATch command file (MS-DOS)for timingBattery managementBessel functionsBinary dataBinary displayBinary mode transmissionBinary-coded decimal dataBINHEXBIOS (Basic Input Output System)settingsBlank character (in file names)Blank removalBLAS (Basic LinearAlgebra Subprograms)Boundary value problemsBounds constraintsBox-and-Whisker plot, see BoxplotBoxplotuse in program performanceBreakpoints, in algorithmsBrownoutBuffer, printerBugs, findingBuilt-in debugging toolsC (programming language)C.
Abaci Inc.CablesCache, diskCALGO (Collected Algorithmsof the ACM)CALLing sub-programsCamera, digital, still imageCamera, digital, video imageCapabilities of computersCase sensitivity (in file names)Cash flowsCastle plotsCatalog, file15.614.617.616.61.1, 4.1Preface, 1.32.315.318.35.0, 5.45.45.4, 10.25.410.65.45.45.47.12.9, 7.61.12.92.92.9, 7.6, 9.618.311.53.35.110.32.210.32.24.111.85.110.68.23.315.419.3, 19.518.57.611.57.19.19.22.913.54.3, 11.77.113.56.52.32.31.25.114.119.75.3, 10.5INDEXCD (Compact disk)Ceiling, floating-pointCentrifugal forceCertified resultsChaining of programsChange of MethodCharacter set(s)Characters, displayCharacters, printingChecks, on solutionsChernoff’s face plotsChi-square distributionChoice of data structuresChoice of file namesChoice of graphical toolsCholesky decompositionprogramsstructuresystemsvariantsCircuit boardsClassical mechanicsCleanlinessClick and drag interfaceClockClock access, from programsClock resolutionCMOS memoryCode substitution, for speed-upCollating sequenceColleagues, help ofColor, in graphsColumn, variableCOM filename extensionComments, programCommodore computerCOMMON variablesin FORTRAN programsCommunicationsCompanion matrixComparison functionComparison of methods, IRRComparison, fuzzyCompilerdifferenceseffect on execution timeoptions, for programperformanceprogram languageversionsComplex matrixComponent computational problemsComponent symbolic problemsCompressed program filesComputability flagComputational complexityComputer algebraComputer configurationsComputer failureComputer fileComputer hardwareComputer messagingComputer servicingComputer virusComputer, clock/calendarComputing environmentComputing precisionComputing speedComputing styles19111.49.816.212.77.4, 7.6, 7.67.79.89.89.813.6, 16.619.73.37.25.119.412.2, 18.0, 18.118.218.218.218.211.716.211.110.211.78.68.611.88.29.813.419.315.25.112.41.1, 4.16.5, 7.24.3, 2.214.39.814.69.82.9, 3.1, 4.2, 9.818.118.618.48.218.63.33.33.418.415.412.23.41.49.75.14.12.1011.75.7, 10.65.34.0, 6.14.04.01.5Computist (definition)CON filename extensionConditional probabilityConditions, on problem solutionConference, electronicConferences, scientificConfigurationConfiguration filesConfiguration maintenanceConfiguration managementConfiguration recordConfiguration,effect on execution timeConnectivityConnectorsConsole image fileConstraints, on solutionContents of bookContiguous file storageControl charactersControl flowControl variablesControl, automatedConvergence testsCooling, of computersCopy, diskettesCopy, time sensitiveCorel Draw (software product)Corel PhotoPaint (software product)Coriolis forceCosts of computingCramer’s RuleCRLF, line reformattingCross-reference listingCycle timeCyclic redundancy check (CRC)Data adjustmentData analysisData communicationData dictionaryData editData entry (general program)Data entry programsData entry, testingData filesData files, documentation withinData fittingData flow (in programs)Data formattingData inputData manipulationData outputData processing capabilities of PCsData processing, communicationsData processing, editingData processing, inputData processing, outputData processing, selectionData refinementData resourcesData segmentationData selectionData sharingData storage formatsData storage mechanisms for matricesData structuresData structures, limitationsData transfer1.15.117.213.12.213.51.4, 4.511.811.84.211.818.72.24.39.613.1Preface8.49.86.59.12.39.811.110.210.22.6, 2.72.616.21.213.110.66.24.19.715.11.3, 19.07.66.2, 12.42.42.42.412.55.29.615.06.52.62.419.42.42.02.22.42.42.42.415.15.07.72.44.32.27.86.2, 7.2, 7.39.87.6192Copyright © 1984, 1994 J C & M M NashSCIENTIFIC COMPUTING WITH PCsNash Information Services Inc., 1975 Bel Air Drive, Ottawa, ON K2C 0X1 CanadaData transfer errorsData transmission formatsData usageData, documentation ofData, text formDatabase management programsDatabases, public servicesDataDeskDBMS COPY, file converter(software product)DCOPY programDe Smet ASM88Debug switchDebug, program language optionDebuggersDebuggingDebuggingDecomposition, of problemDefault values, for program variablesDefragmentation, of disk storageDense matrixDerivative checks, rootfinding problemDerivativesDERIVE (software product)DeSmet CDetermining data storage limitsDetermining memory limitsDevice driversDevice, non-existentDiagnostic softwareDiary systemsDIET (program compression utility)Differential equationsDirect searchDirectoriesDirectories and catalogsDirectory checkingDirectory, workingDiscount rateDiscrimination in hiringDisk access timesDisk activityDisk bufferingDisk cacheDisk compression hardwareDisk controllerDisk doublingDisk drive, replacementDisk labelDisk ProblemsDisk reformattingDisk repairDisk sector interleaveDisk storageDisk, out of spaceDiskette drive, doorsDiskette handlingDiskette, copyingDiskettes, backupDispersionDispersion, see variabilityDisplay characteristicsDisplaying levelDisplaying patterns and outliersDisplaying relative measurementsDisplaying variabilityDistributions of files9.72.27.37.310.32.413.519.72.6, 10.310.22.99.19.24.14.99.013.19.58.4, 10.63.314.213.63.3, 3.4, 14.42.97.17.14.16.511.72.1018.413.615.35.110.510.65.614.117.18.418.38.43.1, 8.48.33.1, 4.1, 5.7, 8.35.58.45.39.75.7, 10.610.68.411.39.711.35.710.25.419.519.319.319.519.719.619.55.2Copy for:Dr.
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