The space flight domain is one of the numerous fields that involve experts belonging to different scientific domains such as mathematical, physical, aerospace and software engineering. Many research efforts are focusing on the definition of methods, tools and software libraries, mainly aiming at providing a robust and flexible way for defining, building and simulating complex systems in space so as to understand, predict and optimize their behavior. In this context, the paper presents a space flight dynamics library, named Java Space Dynamics Library (JSDL), which offers high fidelity models and algorithms to manage space systems according to the SISO Space Reference FOM standardization initiative.
A Java library for easing the distributed simulation of space systems
Falcone, Alberto;Garro, Alfredo
2017-01-01
Abstract
The space flight domain is one of the numerous fields that involve experts belonging to different scientific domains such as mathematical, physical, aerospace and software engineering. Many research efforts are focusing on the definition of methods, tools and software libraries, mainly aiming at providing a robust and flexible way for defining, building and simulating complex systems in space so as to understand, predict and optimize their behavior. In this context, the paper presents a space flight dynamics library, named Java Space Dynamics Library (JSDL), which offers high fidelity models and algorithms to manage space systems according to the SISO Space Reference FOM standardization initiative.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
