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While the majority of sensor network application research to date has focused on applications where the controlling processor need only be capable of handling simple communications and data primitives required for low rate sampling, comparatively few researchers have targeted the other end of the spectrum; applications where there is a significant advantage(More)
The Intel Mote is a new sensor node platform motivated by several design goals: increased CPU performance, improved radio bandwidth and reliability, and the usage of commercial off-the-shelf components in order to maintain cost-effectiveness. This new platform is built around an integrated wireless microcontroller consisting of an ARM*7 core, a Bluetooth(More)
The Intel Mote is a new sensor node platform motivated by several design goals: increased CPU performance, improved radio bandwidth and reliability and the usage of commercial off-the-shelf components in order to maintain cost-effectiveness. This new platform is built around an integrated wireless microcontroller consisting of an ARM*7 core, a Bluetooth*(More)
The Intel mote is a new sensor node platform motivated by several design goals: increased CPU performance, improved radio bandwidth and reliability, and the usage of commercial off-the-shelf components in order to maintain cost-effectiveness. This new platform is built around an integrated wireless microcontroller consisting of an ARM*7 core, a Bluetooth(More)
The Intel Mote is a new sensor node platform with improved radio bandwidth and reliability due to the usage of Bluetooth radio. The connection-oriented nature of Bluetooth raises the issues of effective multi-hop network (scatternet) formation and maintenance that network and routing layer must address on top of the TinyOS abstractions. The hop distance and(More)
Ahlstrom, M.L. Cerutti, S. Geddes, L. A. Altman, K.W. Challis, R. Geselowitz, D. B. Andreassen, S. Childress, D.S. Giddens, D. P. Andrews, B. Clarke, J.A. Gielen, F. L. H. Arden, G.B. Coatrieux, J. Glanz, S. Arts, T. Cochrane, T. Grant, E. Aubert, A.E. Cobbold, R. S.C. Green, H. L. Aunon, J.I. Cohen, B.A. Greenough, A. Cooke, E.D. Griffith, D. J. Cooper, R.(More)
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