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| Title : | Alerts : analysis of lunar exploratory robotic tasks for safety | | Material Type: | ISU Team Project reports | | Publisher: | International Space University | | Publication Date: | 2008 | | Pagination: | xiii, 136 p. | | Layout: | ill. | | Size: | 30 cm | | General note: | Includes bibliographical references and index. | | Languages : | English (eng) | | Abstract: | The "ALERTS" project defines the separate and cooperative tasks of astronauts and robots in lunar exploration based on acceptable astronaut risks and robotic capabilities. A risk analysis was performed on common tasks identified between various agencies' lunar base plans, to prioritze them. The most risky tasks were used as the basis for designing a decision tree that provides a rational method for recommending robotic platforms to assist astronauts with their tasks with the goal of increasing crew safety.
Additional consideration of ethical, legal, and interdisciplinary issues provide a comprehensive means for investigating the complex relationship between robotic systems and future lunar astronaut crews to maximize the safety benefits. | | Host institution : | International Space University, Strasbourg | | Host country : | France | | ISU program : | Master of Space Studies | | Record link: | http://isulibrary.isunet.edu/opac/index.php?lvl=notice_display&id=234 |
Alerts : analysis of lunar exploratory robotic tasks for safety [ISU Team Project reports] . - [S.l.] : International Space University, 2008 . - xiii, 136 p. : ill. ; 30 cm. Includes bibliographical references and index. Languages : English ( eng) | Abstract: | The "ALERTS" project defines the separate and cooperative tasks of astronauts and robots in lunar exploration based on acceptable astronaut risks and robotic capabilities. A risk analysis was performed on common tasks identified between various agencies' lunar base plans, to prioritze them. The most risky tasks were used as the basis for designing a decision tree that provides a rational method for recommending robotic platforms to assist astronauts with their tasks with the goal of increasing crew safety.
Additional consideration of ethical, legal, and interdisciplinary issues provide a comprehensive means for investigating the complex relationship between robotic systems and future lunar astronaut crews to maximize the safety benefits. | | Host institution : | International Space University, Strasbourg | | Host country : | France | | ISU program : | Master of Space Studies | | Record link: | http://isulibrary.isunet.edu/opac/index.php?lvl=notice_display&id=234 |
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Alerts / International Space University (2008)
