Sequence planning for the FIDO Mars rover prototype
A planetary rover operations system has been developed and verified in terrestrial rover field tests.
Engineering topics
Publications and source records attributed to Norris, J. S..
A planetary rover operations system has been developed and verified in terrestrial rover field tests.
The science activity planning process for the 2003 Mars Exploration Rover (MER) mission was exercised in a ten day terrestrial rover field test in August 2002. A version of the MER mission Science Activity Planner (SAP) tool was used for downlink data visualization and uplink plan generation.
This work discusses various techniques used in visualizing sets of coregistered images for planetary lander or rover mission operations.
The group collaboration capability was developed for use in rover mission operations in the 2003 NASA Mars Exploration Rover mission.
This work discusses the role that in-situ spectroscopy plays in remote surface operations and how effective visualization of spectra can benefit planning.
This paper discusses MECS' architecture for distributed operations and lessons learned from a field test in May 2001.
We discuss how downlink data products in Mars rover missions need to be associated with their uplink commanded target locations and the uplink commands that produced them.
The Web Interface for Telescience (WITS) provides downlink data visualization and uplink activity planning for multiple Mars lander and rover missions.
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We overview or recent development and testing of the FIDO rover, an advanced technology prototype for long range mobile planetary science.
The Parallel Telemetry Processor (PTEP), a high-speed, robust, and extensible telemetry processing system is discussed in this paper.
A web-based rover mission operations report and its various elements are described. The system was used for documentation of the Field Integrated Development and Operations (FIDO) rover May 2000 field test and results from the field test are provided. Implementation of automated sequence report generation for the operations report is explained in detail.