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The following examples show natural language CSTOL commands and the lower-level spacecraft commands they are translated into, for a particular spacecraft. [ 5 ] The first two examples show two different CSTOL commands that are translated into the same spacecraft command, indicating that this spacecraft command takes different values as an argument.
The three key principles in designing the language were reliability, efficiency, and machine-independence.The language is designed to allow aerospace-related tasks (such as vector/matrix arithmetic) to be accomplished in a way that is easily understandable by people who have spaceflight knowledge, but may not necessarily have proficiency with computer programming.
Systems Tool Kit (formerly Satellite Tool Kit), often referred to by its initials STK, is a multi-physics software application from Analytical Graphics, Inc. (an Ansys company) that enables engineers and scientists to perform complex analyses of ground, sea, air, and space platforms, and to share results in one integrated environment. [1]
The NanoSat MO Framework is built upon the CCSDS Mission Operations services Architecture and therefore it inherits its properties such as being transport-agnostic, multi-domain, and programming language independent. Additionally, it is independent from any specific satellite platform. [3] The software framework includes five sets of MO services.
FreeFlyer has been used to support many spacecraft missions, for mission planning analysis, operational analysis, or both. Specific mission examples include the International Space Station (ISS), [7] the JSpOC Mission System, [8] the Earth Observing System, [9] [10] Solar Dynamics Observatory (SDO), [11] and Magnetospheric Multiscale Mission (MMS).
It is used for the current micro satellite program of the German Aerospace Center. The system runs on the operational satellite TET-1 and will be used for the currently developed satellite BiROS . Rodos is further enhanced and extended at the German Aerospace Center as well as the department for aerospace information technology at the ...
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Universal Satellites Automatic Location System (USALS), also known (unofficially) as DiSEqC 1.3, Go X or Go to XX is a satellite dish motor protocol that automatically creates a list of available satellite positions in a motorised satellite dish setup. It is used in conjunction with the DiSEqC 1.2 protocol.