Task Skills Mapping: Agent-Based Model of Astronaut Interactions for Artemis
by Raymond Vera·Updated 9d ago
5.5 KB1files
Available on 1 platform
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Description
Raymond Vera's dataset, last updated May 27, 2026, contains simulation data from an agent-based model exploring human factors in future lunar missions. The 5.5 KB XLS file likely contains parameters and outputs from tens of thousands of Monte Carlo simulations of the Lunar Base ABM. The model uses an Agent_Astronaut framework with cognitive skills, emotional states, and personality traits to simulate social and environmental interactions for the Artemis IV and V missions.
Use Cases
Analyzing trade-offs between productivity and psychological well-being based on Monte Carlo simulation outputs mentioned in the description
Studying the impact of cognitive skills and personality traits on mission outcomes based on the Agent_Astronaut framework
Evaluating operational resilience and team structures for lunar bases based on simulated exogenous and endogenous factors
Modeling long-term social interaction effects in isolated environments based on the agent-based model's representation of astronaut interactions
Strengths
Dataset is small (5.5 KB), facilitating quick download and inspection
Model is grounded in literature on proxy environments and team science, as described
Simulations consist of tens of thousands of Monte Carlo iterations, as stated in the description
Limitations
Row count is unknown, which may limit suitability assessment
Column-level documentation is absent; field semantics must be inferred after download
The dataset's 5.5 KB size suggests it contains summary parameters or a very limited sample rather than full simulation outputs
Provenance
Source
Raymond Vera via figshare
Collection Method
Output from a custom agent-based model (Lunar Base ABM) simulating astronaut interactions
Time Range
Simulates scenarios for the upcoming Artemis IV and V missions in the next couple of decades
Freshness
Last updated 2026-05-27 17:24:12; freshness should be verified
Geography
Simulated lunar environment, specifically the Lunar Gateway and Lunar South Pole Base
Data is in XLS format; users may need compatible spreadsheet software or a library to read it.