Cognitive Process Model, Validation Data, Initial Modeling Results

• Main Author: Chua, Zarrin K.
• Other Authors: Feigh, Karen M., Georgia Institute of Technology. School of Aerospace Engineering, Georgia Institute of Technology. Cognitive Engineering Center
• Format: Dataset
• Language: English
• Published: Georgia Institute of Technology 2013
• Subjects: Cognitive model; Astronaut decision making; Landing point designation; Lunar landing; South Pole; South pole
• Online Access: http://hdl.handle.net/1853/48588

The files associated with this project are separated into two groups. The first ("EvaluationLunarLandingAutomation_ExperimentalFiles.zip") contains all of the files used to design an experiment conducted at Johnson Space Center with the NASA Astronaut Office in August 2012. The area of investigation for this experiment was Astronaut decision-making processes during lunar landing in areas around the South Pole of the Moon. The files are packaged in a zipped file, and they must be extracted before they can be used. The second set of files ("CognitiveProcessModel.zip") contains all of the files used to create the cognitive process model (moderate, Apollo-like function allocations) and four landing areas on the South Pole of the moon, for thesis, validation, and initial results. The model uses data from four landing areas. The period of development was January 1, 2013 - March 1, 2013, and the area of investigation was the South Pole of the Moon. With this data set, the user should be able to visualize the chosen landing sites for each user in the August 2012 human in the loop experiment conducted with the NASA astronaut office, validation of the cognitive model, and a set of randomly generated data points used for initial results. These data and models are discussed in the dissertation "System design considerations for human-automation function allocation during lunar landing," which is available at http://hdl.handle.net/1853/52179. The files comprising the model are packaged in a zipped file, and they must be extracted before they can be used. MATLAB software is required to run the model. These are the model files for the cognitive process model (moderate, Apollo-like function allocations) and four landing areas on the South Pole of the moon. With this data set, the user should be able to visualize the chosen landing sites for each user in the August 2012 human in the loop experiment conducted with the NASA astronaut office, validation of the cognitive model, and a set of randomly generated data points used for initial results. United States. National Aeronautics and Space Administration