San Francisco / Philadelphia / El Centro / Lincoln / San Diego / /
Company
Distributed Systems / Schedule Scheduling RSSI Wireless / Hybrid Systems / Basestation Wireless / Noise Wireless / WCPS / Building Study Wireless / Sample Controller SC / IEEE Press / HNTB Corporation / J. / /
Country
United States / South Korea / /
Currency
USD / /
Event
Natural Disaster / /
Facility
S. Dyke / University of Illinois / Bryan Hall of Washington University / Cape Girardeau bridge / Root Mean Square / Purdue University / D. Dyke / Washington University / Pylon Sensor Figure / Jindo Bridge / Imperial Valley Irrigation District substation / S.J. Dyke / /
IndustryTerm
simulation tools / wireless communication delay / networked control systems / wireless simulation / wireless characteristics / structural health monitoring systems / civil infrastructure / wireless control system / wireless control system model / wireless communication protocol / smart civil infrastructure / real time / wirelss networks / Wireless sensor network / Wireless Structural Control Bo Li1 / wireless simulations / wireless signal / Wireless Cyber-Physical Simulator / insights and tools / open source software / wireless trace collection / high-fidelity wireless simulator / wireless control networks / open-source software / power-efficient media / wireless traces / tinyos applications / control algorithm / integrated environment / wireless sensors / wirelesshart networks / wireless cyber-physical systems / wireless environments / wireless system / sensor networks / actuator networks / realistic wireless structural control settings / node Wireless node Wire connection Actuator Figure / control device / real wireless network setup / steel masses / structural control algorithm / wireless control simulator / realistic wireless network simulations / cyber-physical system technology / cyber-physical systems / wireless sensor network research / Wireless pylon sensor / realistic wireless link models / multi-subnet wireless sensing feedback / wireless nodes / realistic cyber-physical systems / bridge network / wireless links / computing / wireless sensor / connection Wireless node / simulated wireless network / wireless communication / control devices / decentralized wireless sensing / steel / realistic simulation tool / wireless model / control algorithms / WIRELESS CONTROL APPROACHES We implement / networked computing approach / Real-time scheduling / realistic tools / close-loop control using wireless sensor networks / model wireless characteristics / Wireless Network / large-scale wireless control systems / close-loop wireless control / clean wireless environment / wireless sensor networks / wireless control design / steel test structure / Wireless Structural Control / wireless models / wireless networks / cable-stayed bridge using smart sensor technology / prototype wireless control systems / structural damage localization using wireless sensor networks / wireless sensor network data / closed-loop structural control system using wireless sensor networks / Wireless Structural Health Monitoring / Wireless trace collection The Jindo deployment / realistic wireless model / realistic wireless conditions / Wireless communication Permission / Wireless Bridge Control Given / wireless noises traces / simulation tool / wireless control approaches / wireless bridge control system / control systems / wireless bridge control / real-world wireless traces / wireless control / low-power wireless networks / long-range wireless sensing system / wireless mesh network / civil infrastructures using wireless sensor networks / wireless simulators / wireless bridge monitoring system / wireless structural control systems / ultra-low power wireless research / realistic wireless sensor network model / wireless sensing system / structural control systems / wireless control systems / low power wireless / wireless simulator / using wireless sensor networks / leverage existing wireless simulators / /
Movie
Guna / /
NaturalFeature
Mississippi River / Cape Girardeau / /
OperatingSystem
UNIX / Cross-platform / TinyOS / /
Organization
Department of Computer Science and Engineering / School of Mechanical Engineering / Department of Civil and Environmental Engineering / Maximum Shear Force / US Federal Reserve / Washington University in St. Louis / National Science Foundation / Shear Force / Purdue University / University of Illinois / Department of Computer Science / /
Person
M. Ceriotti / Az / X. Liu / Structure / Actuator Figure / Billie F. Spencer Jr. / Tossim / / /
Position
Uniform Delay Scheduler / baseline SC controller / building model / which closes the control loop / delay and loss Packet Collector / Packet Collector / Cape Girardeau model / Time Delay Controller / Python interface Network Manager / Active Mass Driver / centralized network manager / controller at uniform delays / representative / Simulink model / driver / link model / Sequential Scheduler / discrete controller / ydelay ydelay delay_block Saturation Discrete Controller / WSC System Model / model / Simulink Control information Structural controller / UDS scheduler / scheduler / manager module / controller / G. P. / Cao / /
Washington / Imperial Valley Irrigation District / Missouri / South Carolina / Mississippi / California / Illinois / /
PublishedMedium
Proceedings of SPIE / Lecture Notes in Computer Science / /
Technology
API / control algorithms / cable-stayed bridge using smart sensor technology / wireless communication protocol / promising cyber-physical system technology / TDMA / Analog to Digital Converter / ADC / structural control algorithm / UNIX / control algorithm / Environmental Engineering / Mobile Computing / http / simulation / /
Realistic Case Studies of Wireless Structural Control Bo Li1 , Zhuoxiong Sun2 , Kirill Mechitov3 , Gregory Hackmann1 , Chenyang Lu1 , Shirley J. Dyke2 , Gul Agha3 , Billie F. Spencer Jr.4 1 Department of Computer Scienc