Publications

• This Standard specifies an architecture for achieving a standardized bus to payload command and data handling interface and requires the use of SpaceWire and sRIO.

• This Standard specifies an architecture for achieving a standardized bus to payload command and data handling interface and requires the use of SpaceWire and sRIO. This version was updated to specify the same connector pinout as the MOSA-IF-S-002.

• This Standard specifies the same architecture as MOSA-IF-S-001 for achieving a standardized bus to payload command and data handling interface, however it replaces sRIO with Ethernet.

• This standard establishes requirements for creating an improved “common look and feel” console for satellite operations.
• This standard is the first of 3 expected volumes.

• This standard upgrades the current NSSL SIS with more standardization at the mechanical interfaces.

ISTO STANDARD MOSA-IF-S-006: Volume 1: Model Semantic Versioning Standard 1.0

• This standard defines requirements for versioning, version numbering, and semantic version numbering of models. It defines criteria for incrementing the major, minor, or patch version numbers of descriptive models to achieve a similar intent to the semantic versioning standard used in the software domain.
• This standard improves the effectiveness of model sharing by communicating the extent of model changes and their potential impact to users of the models.

• This standard defines requirements for consistent modeling of quantities and units in SysML models and defines a standard library of SysML QuantityKind and Unit elements that extends the ISO 80000 library with additional quantities and units commonly used in the space domain and many other domains.
• This standard improves model interoperability by ensuring quantities and units are consistently specified for value properties representing physical quantities.

• This standard defines high-level requirements for marking of descriptive models in MBSE for security classification and dissemination control.
• This standard improves the consistency of model implementation of markings to comply with applicable guidance.

• This guide provides additional details to clarify the MOSA-IF-S-001 Standard.

• This Guide helps to better inform the associated MOSA-IF-S-002 Standard and provides suggestions for developing a MOSA Payload Manager unit and verification methods to ensure conformance with the MOSA-IF-S-002 Standard.

• This Guide contains minor administrative changes that add consistency, clarity, and accuracy. A summary of the change modifications is included on page ii of the Guide.

• This supplemental guide defines the rendezvous and proximity operations, and mission parameters within which the standardized berthing/docking mechanism specified in MOSA-IF-S-004 (in-work) can be successfully operated.

• This tailoring guide focuses on the physical layer and data link layer for space-to-space optical communication networks.

• This tailoring guide provides recommended system configurations for use of the DVB-S2X Standard and interoperability with U.S. space agency systems.

• This first of two anticipated volumes addresses the physical layer for space-to-ground (S2G) and ground-to-space (G2S) optical communication networks. The primary objective is to enable and promote interoperability between optical communication terminals (OCTs) in low Earth orbit (LEO) and optical ground terminals (OGTs).