Difference between revisions of "WU WSN Research Lab"
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* [[Structural Health Monitoring]] - The use of WSNs for monitoring the health of civil structures. | * [[Structural Health Monitoring]] - The use of WSNs for monitoring the health of civil structures. | ||
* [[Testbed|WSN Testbed]] - A WSN deployment in the WU CSE department, made possible by NSF CRI. | * [[Testbed|WSN Testbed]] - A WSN deployment in the WU CSE department, made possible by NSF CRI. | ||
| + | |||
| + | == Tutorials == | ||
| + | * [[TinyOS 1.x Installation]] - This provides instructions on how to install TinyOS from the CVS source tree. Note that TinyOS 1.x is no longer in active devepment and that all new projects should use TinyOS 2.x. | ||
== Grants & Acknowledgements == | == Grants & Acknowledgements == | ||
Revision as of 14:59, 7 April 2008
This is the website of the wireless sensor network (WSN) research group at Washington University in St. Louis. It is run by Gruia-Catalin Roman and Chenyang Lu.
Sections
Projects
- Agilla - A mobile agent middleware for wireless sensor networks.
- Medical WSNs - Wireless sensor network technology for the medical domain
- MLDS - A mobile entity location detection system.
- Real-time WSNs - Real-time support for sensor networks
- Servilla - A framework for WSNs that combines aspects of scripting and service provisioning enabling the creation of more flexible applications.
- UMADE - A resource-management system for enabling multiple applications to co-exist in a WSN.
- Structural Health Monitoring - The use of WSNs for monitoring the health of civil structures.
- WSN Testbed - A WSN deployment in the WU CSE department, made possible by NSF CRI.
Tutorials
- TinyOS 1.x Installation - This provides instructions on how to install TinyOS from the CVS source tree. Note that TinyOS 1.x is no longer in active devepment and that all new projects should use TinyOS 2.x.
Grants & Acknowledgements
- Fluid Infrastructure for Wireless Sensor Networks (NSF grant CNS-0520220) - Develop software architectures for WSNs that promote ease of use, flexibility, and extensibility. It is made possible by NSF NeTS-NOSS.
- Universal Power Management Architecture - Develop a generic power management architecture that can be used and quickly ported onto any WSN platform. It is made possible by NSF NeTS-NOSS.
