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Title: Energy efficient wireless sensor network protocols for monitoring and prognostics of large scale systems
Alternate Title: Adaptive distributed fair scheduling for multiple channels in wireless sensor networks.
Embeddable sensor mote for structural monitoring.
Fault detection and prognostics using NN/RISE Observer with applications to civil infrastructure monitoring.
Joint adaptive distributed rate and transmission power control scheme for wireless sensor and ad-hoc networks.
Optimized energy-delay sub-network routing protocol development and implementation for wireless sensor networks.
Author (s): Fonda, James William, 1978-
Advisor(s): Sarangapani, Jagannathan
Watkins, Steve E.
Department/Lab Affiliations: Applied Optics Laboratory
Intelligent Systems Center
Issue Date: 2008
Publisher: Missouri University of Science and Technology
Citation: Fonda, James William. "Energy Efficient Wireless Sensors Network Protocols for Monitoring and Prognostics of Large Scale Systems." Ph.D. Dissertation, Electrical Engineering, Missouri University of Science and Technology, 2008.
Abstract: "In this work, energy-efficient protocols for wireless sensor networks (WSN) with applications to prognostics are investigated. Both analytical methods and verification are shown for the proposed methods via either hardware experiments or simulation. This work is presented in five papers. Energy-efficiency methods for WSN include distributed algorithms for i) optimal routing, ii) adaptive scheduling, iii) adaptive transmission power and data-rate control"--Abstract, p. iv.
Type: Thesis/Dissertation
text
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fonda_09007dcc805070d4.pdf



titleEnergy efficient wireless sensor network protocols for monitoring and prognostics of large scale systems
title.alternativeAdaptive distributed fair scheduling for multiple channels in wireless sensor networks.
title.alternativeEmbeddable sensor mote for structural monitoring.
title.alternativeFault detection and prognostics using NN/RISE Observer with applications to civil infrastructure monitoring.
title.alternativeJoint adaptive distributed rate and transmission power control scheme for wireless sensor and ad-hoc networks.
title.alternativeOptimized energy-delay sub-network routing protocol development and implementation for wireless sensor networks.
contributor.advisorSarangapani, Jagannathan
contributor.advisorWatkins, Steve E.
contributor.authorFonda, James William, 1978-
contributor.deptlabApplied Optics Laboratory
contributor.deptlabIntelligent Systems Center
contributor.sponsorAIR FORCE RESEARCH LAB
subject.LCSHAdaptive control systems -- Design.
subject.LCSHFault location (Engineering)
subject.LCSHNeural networks (Computer science)
subject.LCSHSensor networks -- Design.
subject.LCSHWireless LANs -- Design.
subject.LCSHWireless communication systems.
date.issued2008
publisherMissouri University of Science and Technology
identifier.URI
http://scholarsmine.mst.edu/thesis/pdf/fonda_09007dcc805070d4.pdf
identifier.citationFonda, James William. "Energy Efficient Wireless Sensors Network Protocols for Monitoring and Prognostics of Large Scale Systems." Ph.D. Dissertation, Electrical Engineering, Missouri University of Science and Technology, 2008.
identifier.oclc228888451
descriptionIncludes bibliographical references.
descriptionMode of access: World Wide Web.
descriptionSystem requirements: Adobe Acrobat Reader; Internet browser.
descriptionThe entire thesis text is included in file.
descriptionThesis (Ph. D.)--Missouri University of Science and Technology, 2008.
descriptionTitle from title screen of thesis/dissertation PDF file (viewed May 27, 2008)
descriptionVita.
description.abstract"In this work, energy-efficient protocols for wireless sensor networks (WSN) with applications to prognostics are investigated. Both analytical methods and verification are shown for the proposed methods via either hardware experiments or simulation. This work is presented in five papers. Energy-efficiency methods for WSN include distributed algorithms for i) optimal routing, ii) adaptive scheduling, iii) adaptive transmission power and data-rate control"--Abstract, p. iv.
description.
statementOfResponsibility
by James William Fonda.
typeThesis/Dissertation
type.DCMITypetext
rightsThese materials are protected under copyright by the original author.
language.ISO639-2eng
format.extentxiii, 196 p. : ill., digital, PDF file.
date.accessioned2008-05-27T02:12:18Z
date.available2008-05-27T20:15:19Z
identifier.persist.URI
http://scholarsmine.mst.edu/thesis/Energy_efficient_wir_09007dcc80507bee.html
Full Text
fonda_09007dcc805070d4.pdf