Designing the Mission Operations for the Pointable Radiometer for Observation of Volcanic Emissions (PROVE) Pathfinder Payload

Tom Etchells; Lucy Berthoud; Karen L Aplin; I M Watson; Mark Schenk; Oliver I D Pike; Louis R Timperley; Andrei Sarua; Will A E Proud; David Reid

Designing the Mission Operations for the Pointable Radiometer for Observation of Volcanic Emissions (PROVE) Pathfinder Payload

Tom Etchells
, Lucy Berthoud
, Karen L Aplin
, I M Watson
, Mark Schenk
, Oliver I D Pike
, Louis R Timperley
, Andrei Sarua
, Will A E Proud
, David Reid

Research output: Chapter in Book/Report/Conference proceeding › Conference Contribution (Conference Proceeding)

Abstract

The PROVE Pathfinder CubeSat payload is a 2U Visual and TIR imaging payload optimized for observation of volcanic ash clouds for 3D reconstruction. Three of the main challenges for the mission operations of payload are optimization of the observation geometry (num. images, angles, etc.), data management of a high data rate payload, and observation scheduling for sporadic eruptions. Example solutions to these problems are presented below

Original language	English
Title of host publication	SmallSat 2022
Publication status	Published - 8 Aug 2022

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@inproceedings{f73d46c947794814aee6e751ba2327c8,

title = "Designing the Mission Operations for the Pointable Radiometer for Observation of Volcanic Emissions (PROVE) Pathfinder Payload",

abstract = "The PROVE Pathfinder CubeSat payload is a 2U Visual and TIR imaging payload optimized for observation of volcanic ash clouds for 3D reconstruction. Three of the main challenges for the mission operations of payload are optimization of the observation geometry (num. images, angles, etc.), data management of a high data rate payload, and observation scheduling for sporadic eruptions. Example solutions to these problems are presented below",

author = "Tom Etchells and Lucy Berthoud and Aplin, \{Karen L\} and Watson, \{I M\} and Mark Schenk and Pike, \{Oliver I D\} and Timperley, \{Louis R\} and Andrei Sarua and Proud, \{Will A E\} and David Reid",

year = "2022",

month = aug,

day = "8",

language = "English",

booktitle = "SmallSat 2022",

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T1 - Designing the Mission Operations for the Pointable Radiometer for Observation of Volcanic Emissions (PROVE) Pathfinder Payload

AU - Etchells, Tom

AU - Berthoud, Lucy

AU - Aplin, Karen L

AU - Watson, I M

AU - Schenk, Mark

AU - Pike, Oliver I D

AU - Timperley, Louis R

AU - Sarua, Andrei

AU - Proud, Will A E

AU - Reid, David

PY - 2022/8/8

Y1 - 2022/8/8

N2 - The PROVE Pathfinder CubeSat payload is a 2U Visual and TIR imaging payload optimized for observation of volcanic ash clouds for 3D reconstruction. Three of the main challenges for the mission operations of payload are optimization of the observation geometry (num. images, angles, etc.), data management of a high data rate payload, and observation scheduling for sporadic eruptions. Example solutions to these problems are presented below

AB - The PROVE Pathfinder CubeSat payload is a 2U Visual and TIR imaging payload optimized for observation of volcanic ash clouds for 3D reconstruction. Three of the main challenges for the mission operations of payload are optimization of the observation geometry (num. images, angles, etc.), data management of a high data rate payload, and observation scheduling for sporadic eruptions. Example solutions to these problems are presented below

M3 - Conference Contribution (Conference Proceeding)

BT - SmallSat 2022

ER -

Designing the Mission Operations for the Pointable Radiometer for Observation of Volcanic Emissions (PROVE) Pathfinder Payload

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