Difference between revisions of "Reference Architecture"

From
Jump to: navigation, search
(Created page with "The reference architecture provides the framework for organizing the various elements that are developed within LibreCube. For example, a power conditioning element for an exp...")
 
(8 intermediate revisions by the same user not shown)
Line 1: Line 1:
The reference architecture provides the framework for organizing the various elements that are developed within LibreCube. For example, a power conditioning element for an exploration system would be grouped here: remote segment / platform / power. Most of those elements are of generic nature, so they can be used for satellites, robot, drones. Some other elements are more specific in their application, such as rotor blades for a drone. The reference architecture organization is applicable to all LibreCube elements.
+
The Reference Architecture (REFA) provides the framework for organizing the various elements that are developed within LibreCube. For example, a power conditioning element for an exploration system would be grouped here: remote segment / platform / power. Most of those elements are of generic nature, so they can be used for satellites, robot, drones. Some other elements are more specific in their application, such as rotor blades for a drone. The reference architecture organization is applicable to all LibreCube elements.
  
Note that the definition of the reference architecture is a work in progress. The current baseline is as follows:
+
''Note that the definition of the reference architecture is work in progress''
  
 
*'''Remote Segment'''
 
*'''Remote Segment'''
Line 12: Line 12:
 
***24 Thermal
 
***24 Thermal
 
***25 Processing
 
***25 Processing
***26 Guidance, navigation and control (GNC)
+
***26 Attitude and Orbit Control
 
***27 Propulsion
 
***27 Propulsion
 
***28 Mechanism
 
***28 Mechanism
**30 Support equipment
+
***29 Firmware
***31 Electrical ground support equipment (EGSE)
+
**30 Support Equipment
***32 [[Mechanical ground support equipment]] (MGSE)
+
***31 Electrical Ground Support Equipment (EGSE)
*'''Ground segment'''
+
***32 [[Mechanical Ground Support Equipment]] (MGSE)
**40 Ground station systems
+
*'''Ground Segment'''
***41 Ground antennas
+
**40 Ground Station System
***42 RF and baseband equipment
+
***41 Antenna System
***43 Station systems
+
***42 Return Space Link
**50 Ground network
+
***43 Forward Space Link
***XX Gateway
+
***43 Station System
**60 Mission operations system
+
**50 Ground Network
***XX Data storage
+
***51 Space Link Extension
***XX Mission control system
+
**60 Mission Operations
 +
***61 Mission Control
 +
***62 Planning
 +
***63 Automation
 +
***64 Flight Dynamics
 +
***65 Data Archieve and Dissemination
 +
***66 Simulator
 +
*'''Launch segment'''
 +
TBW

Revision as of 09:50, 8 May 2019

The Reference Architecture (REFA) provides the framework for organizing the various elements that are developed within LibreCube. For example, a power conditioning element for an exploration system would be grouped here: remote segment / platform / power. Most of those elements are of generic nature, so they can be used for satellites, robot, drones. Some other elements are more specific in their application, such as rotor blades for a drone. The reference architecture organization is applicable to all LibreCube elements.

Note that the definition of the reference architecture is work in progress

  • Remote Segment
    • 10 Instruments
      • 11 Remote Sensing
    • 20 Platform
      • 21 Structure
      • 22 Power
      • 23 Communication
      • 24 Thermal
      • 25 Processing
      • 26 Attitude and Orbit Control
      • 27 Propulsion
      • 28 Mechanism
      • 29 Firmware
    • 30 Support Equipment
  • Ground Segment
    • 40 Ground Station System
      • 41 Antenna System
      • 42 Return Space Link
      • 43 Forward Space Link
      • 43 Station System
    • 50 Ground Network
      • 51 Space Link Extension
    • 60 Mission Operations
      • 61 Mission Control
      • 62 Planning
      • 63 Automation
      • 64 Flight Dynamics
      • 65 Data Archieve and Dissemination
      • 66 Simulator
  • Launch segment

TBW