1. Introduction

   • P. K. Seidelmann
   • J. Kovalévsky

   EditorialNotes Pages: ix - x

2. Early applications of computer technology to dynamical astronomy

   • Raynor L. Duncombe

   Part 1/Application of Computers to Solving Problems Pages: 1 - 9

3. Applications of computers to celestial mechanics

   • J. Kovalevsky

   Part 1/Application of Computers to Solving Problems Pages: 11 - 17

4. Applications to stellar and galactic dynamics

   • R. H. Miller

   Part 1/Application of Computers to Solving Problems Pages: 19 - 26

5. Application of computer in qualitative studies of celestial mechanics

   • Lin Liu
   • Yi-sui Sun

   Part 1/Application of Computers to Solving Problems Pages: 27 - 30

6. Leading spiral arms, retrograde galaxy encounters and massive halos

   • Gene G. Byrd
   • M. Thomasson
   • M. J. Valtonen

   Part 1/Application of Computers to Solving Problems Pages: 31 - 36

7. On construction of analytic solutions to the three body problem by use of computer experiments

   • M. J. Valtonen
   • S. Mikkola
   • T. Y. Huang

   Part 1/Application of Computers to Solving Problems Pages: 37 - 43

8. The use of computer algorithms in the construction of a theory of the long-period perturbations of Saturn's satellite hyperion

   • P. J. Message

   Part 1/Application of Computers to Solving Problems Pages: 45 - 53

9. Some numerical aspects in a search forl=1 periodiic orbits for hecuba asteroids

   • T. Kiang

   Part 1/Application of Computers to Solving Problems Pages: 55 - 60

10. SHORDE I program system and applications

    • He Miaofu
    • Zhu Wenyao
    • Chang Hua

    Part 1/Application of Computers to Solving Problems Pages: 61 - 64

11. A semi-numerical expansion of the averaged disturbing function for some very-high-eccentricity orbits

    • S. Ferraz-Mello

    Part 1/Application of Computers to Solving Problems Pages: 65 - 68

12. Symbolic algebra software for planetary theories

    • F. Váradi

    Part 1/Application of Computers to Solving Problems Pages: 69 - 72

13. Test of the extrapolation method for the numerical integration of the Keplerian motion

    • Toshio Fukushima

    Part 1/Application of Computers to Solving Problems Pages: 73 - 76

14. Application of a massively parallel computer to the N-body problem

    • Paul Hertz
    • Stephen L. W. McMillan

    Part 1/Application of Computers to Solving Problems Pages: 77 - 80

15. Hydrodynamical models of elliptical galaxies

    • E. Moreno
    • P. Pi§mi§

    Part 1/Application of Computers to Solving Problems Pages: 81 - 82

16. A multifluid code for problems of elliptical galaxy formation and evolution

    • E. Athanassoula
    • S. Morin
    • K. H. Prendergast

    Part 1/Application of Computers to Solving Problems Pages: 83 - 84

17. 3D hydrodynamics and radiative transfer

    • A. P. Boss

    Part 1/Application of Computers to Solving Problems Pages: 85 - 88

18. First-order and second-order 3-D hydrodynamles: A comparison

    • Harold A. Williams

    Part 1/Application of Computers to Solving Problems Pages: 89 - 92

19. Chaotic dynamics and Monte Carlo modelling

    • C. Froeschlé
    • H. Rickman

    Part 1/Application of Computers to Solving Problems Pages: 93 - 98

20. Software tools for nonlinear dynamics

    • A. Abad
    • A. Elipe
    • M. L. Sein-Echaluce

    Part 1/Application of Computers to Solving Problems Pages: 99 - 102

21. Computer algebra, Lie Transforms and the nonlinear stability of L₄

    • V. T. Coppola
    • R. H. Rand

    Part 1/Application of Computers to Solving Problems Pages: 103 - 104

22. Solution of an infinite number of inequations depending on a continuous parameter and application to the solution of equations in dynamical astronomy

    • J. -P. J. Lafon

    Part 1/Application of Computers to Solving Problems Pages: 105 - 110

23. Planet crossing asteroids and parallel computing: Project spaceguard

    • Andrea Milani

    Part 2/Matching Problems with Technology Pages: 111 - 118

24. Implementation of an N-body code in a HP 1000 computer

    • D. D. Carpintero
    • J. G. Muzzio
    • M. M. Vergne

    Part 2/Matching Problems with Technology Pages: 119 - 124

25. Computer applications to lunar and artificial satellite laser ranging

    • R. L. Ricklefs
    • P. J. Shelus

    Part 2/Matching Problems with Technology Pages: 125 - 128

26. The use of image processors for acquisition and reduction of astrometric data in real time

    • J. -E. Arlot
    • W. Thuillot
    • D. T. Vu

    Part 2/Matching Problems with Technology Pages: 129 - 133

27. Modeling of asymmetric light curves of eclipsing binaries on the Cyber 205 supercomputer

    • E. F. Milone
    • G. Groisman
    • S. J. Schiller

    Part 2/Matching Problems with Technology Pages: 135 - 139

28. Galaxies in the connection machine

    • Junichiro Makino
    • Piet Hut

    Part 2/Matching Problems with Technology Pages: 141 - 147

29. Specialized celestial mechanics systems for symbolic manipulation

    • V. A. Brumberg
    • S. V. Tarasevich
    • N. N. Vasiliev

    Part 3/New Methods of Mathematical Programming Pages: 149 - 162

30. On a restricted (2n+3)-body problem

    • A. Ollongren

    Part 3/New Methods of Mathematical Programming Pages: 163 - 168

31. The simplex method for nonlinear mass determinations

    • Richard L. Branham Jr.

    Part 3/New Methods of Mathematical Programming Pages: 169 - 174

32. An optimum method for calculating restricted three-body orbits

    • Marc A. Murison

    Part 3/New Methods of Mathematical Programming Pages: 175 - 180

33. The constrained normal form algorithm

    • Richard Cushman
    • Jan A. Sanders

    Part 3/New Methods of Mathematical Programming Pages: 181 - 187

34. Simplify or perish

    • André Deprit
    • Bruce Miller

    Part 4/Matching Computer Mathematical Programming Pages: 189 - 200

35. The stability of the Lagrangian point L₄

    • D. S. Schmidt

    Part 4/Matching Computer Mathematical Programming Pages: 201 - 206

36. Computer implementation of a new approach to the ideal resonance problem

    • R. A. Howland

    Part 4/Matching Computer Mathematical Programming Pages: 207 - 211

37. A laboratory for gravitational scattering experiments

    • Piet Hut

    Part 4/Matching Computer Mathematical Programming Pages: 213 - 218

38. Problem oriented language for ephemeris astronomy and its realisation in the system era

    • G. A. Krasinsky
    • F. A. Novikov
    • V. I. Scripnichenko

    Part 4/Matching Computer Mathematical Programming Pages: 219 - 229

39. Numerical integration methods in dynamical astronomy

    • Hiroshi Kinoshita
    • Hiroshi Nakai

    Part 5/Use of Numerical Versus Algebraic Computation Pages: 231 - 244

40. A survey of Poisson series processors

    • Jacques Henrard

    Part 5/Use of Numerical Versus Algebraic Computation Pages: 245 - 253

41. A FORTRAN-based Poisson series processor and its applications in celestial mechanics

    • R. A. Broucke

    Part 5/Use of Numerical Versus Algebraic Computation Pages: 255 - 265

42. PARSEC: An interactive Poisson series processor for personal computing systems

    • D. L. Richardson

    Part 5/Use of Numerical Versus Algebraic Computation Pages: 267 - 274

43. The problem of the Eulerian oscillations: A weakness of numerical versus analytical methods

    • Odile Calame
    • J. Derral Mulholland

    Part 5/Use of Numerical Versus Algebraic Computation Pages: 275 - 280

44. A semi-analytical method to study perturbed rotational motion

    • R. Vilhena de Moraes

    Part 5/Use of Numerical Versus Algebraic Computation Pages: 281 - 284

45. Computational studies of cloudy gaseous galactic disks

    • William W. Roberts Jr.
    • David S. Adler

    Part 5/Use of Numerical Versus Algebraic Computation Pages: 285 - 292

46. Synthetic secular theories of the planetary orbits: Regular and chaotic behavior

    • Anna M Nobili

    Part 6/Representation and Transmission of Results Pages: 293 - 304

47. Numerical representation of planetary ephemerides

    • X X Newhall

    Part 6/Representation and Transmission of Results Pages: 305 - 310

48. Compressed planetary and lunar ephemerides

    • Peter Kammeyer

    Part 6/Representation and Transmission of Results Pages: 311 - 316

49. An analytical representation of ephemeris data

    • B. Javanović

    Part 6/Representation and Transmission of Results Pages: 317 - 320

50. Numerical simulations of narrow planetary rings: An animation

    • R. A. Kolvoord
    • J. A. Burns

    Part 6/Representation and Transmission of Results Pages: 321 - 322