AMMO: an automated multiple maneuver optimization system
An Automated Multiple Maneuver Optimization (AMMO) system is presented.
Engineering topics
Publications and source records attributed to Michel, J. R..
An Automated Multiple Maneuver Optimization (AMMO) system is presented.
In January of 1982 the United States will launch Galileo, the first space mission designed to perform an intensive tour of the Galilean satellites of Jupiter. This paper discusses the results of preliminary maneuver strategy studies for typical interplanetary and orbital phases of the Galileo mission. These studies include the effects of maneuver placement and various linear control algorithms on propellant consumption as determined by Monte Carlo analysis. Estimates of total propellant required for various probabilities of mission success are also given.
Earth-based midcourse guidance for Mariner Mars 1964 space probe, using small rocket engine to obtain desired trajectory correction
Mariner IV flight path to Mars gives same order of accuracy as Ranger, demonstrating high performance of Earth-based radio guidance coupled with single-impulse midcourse correction