PARSEC is a PC-based, interactive algebraic manipulation package designed to manipulate series of the kind frequently found in Celestial Mechanics applications and perturbation procedures. The system is fundamentally an input/command interpreter which allows the user to enter algebraic expressions and procedures and to control the flow of series manipulations interactively. The system is designed to allow easy manipulations of polynomial-trigonometric series within the environment of an electronic scratchpad.
Keywords for this software
References in zbMATH (referenced in 8 articles , 1 standard article )
Showing results 1 to 8 of 8.
- O’Leary, Joseph; Hill, James M.; Bennett, James C.: On the energy integral for first post-Newtonian approximation (2018)
- Deniz, Etem; Sen, Alper; Kahne, Brian; Holt, Jim: MINIME: pattern-aware multicore benchmark synthesizer (2015)
- Martínez, María del Carmen; Navarro, Juan F.; Ferrándiz, José Manuel: An improved algorithm to compute circular functions of Poisson series (2007)
- Portilla, J. G.; Villareal, F.: An addendum to the Damour and Deruelle’s solution of the post-Newtonian two-body problem (2004)
- Navarro, Juan F.; Ferrándiz, José M.: A new symbolic processor for the Earth rotation theory (2002)
- Segerman, A. M.; Richardson, D. L.: An analytical theory for the orbit of Nereid (1997)
- Richardson, D. L.: PARSEC: An interactive Poisson series processor for personal computing systems (1989)
- Richardson, D. L.; Kelly, T. J.: Two-body motion in the post-Newtonian approximation (1988)