ApplicationBased Systems / Performance Keywords Wireless / /
Country
Sweden / /
Currency
USD / / /
IndustryTerm
confidence systems / breath-first search / unreliable and failure-prone underlying infrastructure / health monitoring solution / sensor networks / geographic forwarding routing protocol / software applications / user applications / wireless technologies / few overall system-management systems / networked sensing devices / test control protocol / test deployment protocol / wireless sensor network / software components / Wireless Sensor Networks / wireless links / network health monitoring solution / location server / application-level services / health monitoring systems / algorithms / software testing / fire detection algorithm / software development / fire detection systems / Wireless noise / energy / sensor network / /
OperatingSystem
TinyOS / /
Organization
University of Virginia / Department of Computer Science / /
Person
John A. Stankovic / Krasimira Kapitanova / Jingyuan Li / Kamin Whitehouse / Sang H. Son / /
Position
fire inspector / maintenance worker / SNEDL model / and input it into the ACG / Real-time and embedded systems General / /
Technology
RAM / test deployment protocol / geographic forwarding routing protocol / test control protocol / data mining / wireless technologies / Simulation / fire detection algorithm / two separate algorithms / /
Run Time Assurance of Application-Level Requirements in Wireless Sensor Networks Yafeng Wu, Krasimira Kapitanova, Jingyuan Li, John A. Stankovic, Sang H. Son, and Kamin Whitehouse {yw5s,