This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
An Integrated Architecture for Advanced Environmental and Physiological Monitoring
Technical Paper
2005-01-2874
ISSN: 0148-7191, e-ISSN: 2688-3627
Annotation ability available
Sector:
Language:
English
Abstract
The fundamental objective of this paper is to overview an integrated hardware and software architecture for advanced environmental and physiological monitoring. The proposed architecture is currently being considered as a recommended standard by the International Consultative Committee for Space Data Systems (CCSDS). The architecture provides the necessary infrastructure to enable research and engineering personnel the capability to incorporate disparate monitoring devices and sensors into a single wireless data assimilation system. The long-term objective is to achieve safer long-duration human space travel by using wireless radio frequency (RF) technology to enable easily deployable monitoring systems.
Recommended Content
Authors
Topic
Citation
Gifford, K., Kuzminsky, S., and Williams, S., "An Integrated Architecture for Advanced Environmental and Physiological Monitoring," SAE Technical Paper 2005-01-2874, 2005, https://doi.org/10.4271/2005-01-2874.Also In
References
- NASA Biological and Physical Research Enterprise (BPRE) Strategy
- NASA Bioastronautics Critical Roadmap (BPCR) July 30 2003
- Broadcom Corporation Document “IEEE 802.11g, The Next Mainstream Wireless LAN Standard” Broadcom Corporation March 2003
- Bahl, V. “Zigbee and Bluetooth - Competitive of Complementary?” Zigbee Alliance white paper 02/054 September 2002
- “Questions and Answers about the Zigbee technology” www.zigbee.org August 2003
- Morrow R. Wireless Network Coexistence McGraw Hill 2004
- Howitt I. Guitierrez J.A. “IEEE 802.15.4 Low Rate - Wireless Personal Area Network Coexistence Issues” 2003
- Dhir, A. “The ABC's of 2.4 and 5 GHz Wireless LANs” Aug 2001
- 3Com White Paper “Bluetooth and Wi-Fi” 2001 3Com Corporation
- Gifford, K.K. “A Modular Approach to Payload Communications and Control” October 2001 AIAA ISS Utilization Conference
- Gifford, K.K. “Linux at the University: In Space, on the Ground, and in the Classroom” September 2000 Linux Journal 77
- On World December 2002 www.onworld.com
- Cisco Systems Wireless LAN Technology white paper 2000
- Price Scott et al “An Integrated Health Monitoring System for an Ageless Aerospace Vehicle” Structural Health Monitoring 2003: From Diagnostics & Prognostics to Structural Health Management Chang Fu-Kuo DEStech Publications Lancaster, PA 2003 310 8
- NASA's Office of Biological and Physical Research http://spaceresearch.nasa.gov/
- Lifeguard http://lifeguard.stanford.edu/ (Stanford University) A CPOD-based wireless physiological monitor
- http://www.invocon.com
- Champagne, Kevin “Wireless Sensor Systems for Near-term Space Shuttle Missions”
- Advanced Medical Electronics Corporation http://www.ame-corp.com
- Tumer, I.Y. Barrientos, F. Uckun, S. Design Principles for Robust ISHM NASA Ames Research Center
- Duncavage, D. Figueroa, F. ISHM Executive Summary 2004
- Huang, G.T. Casting the Wireless Sensor Net Technology Review July August 2203
- Delin, K.A. Jackson, S.P. Burleigh, S.C. Johnson, D.W. Woodrow, R.R. Britton, J.T. The JPL Sensor Webs Project Fielded Technology Space Mission Challenges for Information Technology Pasadena CA July 2003
- Baggerman, S. Connolly, J. Burrell, E. Cooke, M. Villereal, R. Gard, J. Wireless Crew Communication System Concept Demonstration Habitation 2004 Conference on Space Habitation Research and Technology Development