Abstract:
It is important to develop a communication-efficient solution to manage data distribution modeling in an environmental sensor system supported by a clustered structure of...Show MoreNotes: As originally published there is an error in the document. The author name published as Changqing Qi should instead be Changqing Ji. The metadata has been updated but the original PDF remains.
Metadata
Abstract:
It is important to develop a communication-efficient solution to manage data distribution modeling in an environmental sensor system supported by a clustered structure of the network. Thus, sensor networks present significant systems challenges involving the use of large numbers of resource-constrained nodes operating essentially unattended and exposed to potential local communication failures. MEMS technology, more reliable wireless communication and low-cost manufacturing have resulted in small, inexpensive and powerful sensors with embedded processing and wireless networking capability. When the number of sensor nodes becomes large, the centralized approach must be reviewed. In this paper we discuss the strengths and limitations of localized and collaborative methods in supporting services and applications of sensor networks in the life-science.
Notes: As originally published there is an error in the document. The author name published as Changqing Qi should instead be Changqing Ji. The metadata has been updated but the original PDF remains.
Date of Conference: 11-13 December 2013
Date Added to IEEE Xplore: 30 January 2014
ISBN Information: