Difference between revisions of "Interplanetary SmallSats"

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==Design Structure Matrix (DSM) Allocation==
==Design Structure Matrix (DSM) Allocation==
Legend:
Legend:
#'''D''' – Defense Application
*'''D''' – Defense Application
#'''C''' – Science Application
*'''C''' – Science Application
#'''V''' – Servicing Application
*'''V''' – Servicing Application
#'''I''' – Information Processing
*'''I''' – Information Processing
#'''T''' – Transportation/Navigation
*'''T''' – Transportation/Navigation
#'''S''' – System Support
*'''S''' – System Support
#Grey box – Incompatible Connections
*Grey box – Incompatible Connections


Our DSM explores the uses and applications of different technologies within the autonomous space exploration taxonomy. We classified interplanetary small satellites within the orbiting spacecraft section of interplanetary autonomous spacecraft. The subsystems are listed within 4SMS, but could apply to most of the other technologies that stem from 2EOT or 2IPT.  
Our DSM explores the uses and applications of different technologies within the autonomous space exploration taxonomy. We classified interplanetary small satellites within the orbiting spacecraft section of interplanetary autonomous spacecraft. The subsystems are listed within 4SMS, but could apply to most of the other technologies that stem from 2EOT or 2IPT.  

Revision as of 23:31, 7 October 2024

Technology Roadmap Sections and Deliverables

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Roadmap Overview

The

Design Structure Matrix (DSM) Allocation

Legend:

  • D – Defense Application
  • C – Science Application
  • V – Servicing Application
  • I – Information Processing
  • T – Transportation/Navigation
  • S – System Support
  • Grey box – Incompatible Connections

Our DSM explores the uses and applications of different technologies within the autonomous space exploration taxonomy. We classified interplanetary small satellites within the orbiting spacecraft section of interplanetary autonomous spacecraft. The subsystems are listed within 4SMS, but could apply to most of the other technologies that stem from 2EOT or 2IPT.

In the top box, the higher level systems are categorized with regard to their applications. These are defense, science, and servicing. Defense refers to spacecraft that can be equipped for surveillance, intelligence, or weaponry. Science refers to spacecraft whose primary purpose is to collect and relay scientific information. Servicing includes spacecraft that support other preexisting missions or Earth-based systems such as Internet or GPS. We further explored what subsystems that are common to most spacecraft might support either of those three applications. Some boxes represent impossible connections; a spacecraft is either Earth-orbiting or interplanetary, it cannot be both. These intersections are highlighted in light gray.

The bottom box classifies the purpose and relationships of the subsystems that may make up an autonomous spacecraft. The three categories are information processing, transportation/navigation, and system support. If two subsystems do not have meaningful interaction, the box is left blank.

Roadmap Model using OPM

the

Figures of Merit (FOMs)

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