Scientific Hybrid Realtiy Environments (SHyRE): Bringing Field Work into the Laboratory

Miller, M J ; Graff, T ; Young, K ; Coan, D ; Whelley, P ; Richardson, J ; Knudson, C ; Bleacher, J ; Garry, W B ; Delgado, F(NASA Johnson Space Center, Houston, TX, United States)

关键词: DATA PROCESSING;    ENVIRONMENT SIMULATION;    GEOLOGY;    OPERATIONS RESEARCH;    PLANETARY SURFACES;    PROTOCOL (COMPUTERS);    REAL TIME OPERATION;    SPACE EXPLORATION;    TECHNOLOGY UTILIZATION;    VIRTUAL REALITY;    DATA ACQUISITION;    EXTRATERRESTRIAL ENVIRONMENTS;    FLIGHT OPERATIONS;    FLIGHT OPTIMIZATION;    RAPID PROTOTYPING;    RESEARCH AND DEVELOPMENT;    TECHNOLOGY ASSESSMENT;   

RP-ID  :  JSC-E-DAA-TN52915

美国|英语

来源: NASA Technical Reports Server

【 摘 要 】

The use of analog environments in preparing for future planetary surface exploration is key in ensuring we both understand the processes shaping other planetary surfaces as well as develop the technology, systems, and concepts of operations necessary to operate in these geologic environments. While conducting fieldwork and testing technology in relevant terrestrial field environments is crucial in this development, it is often the case that operational testing requires a time-intensive iterative process that is hampered by the rigorous conditions (e.g. terrain, weather, location, etc.) found in most field environments. Additionally, field deployments can be costly and must be scheduled months in advance, therefore limiting the testing opportunities required to investigate and compare science operational concepts to only once or twice per year.