Mr. Don Wires / Industrial Electronics / AMP Electric Vehicle Company / Markel / Creative Commons / Aricò A. S. / Coleman / Intelligent Transportation Systems / /
Country
China / / /
Event
Environmental Issue / /
Facility
Highway Figure / University of Cincinnati / /
IndustryTerm
electric drive systems / transportation / aerospace spare components logistics network optimisation / low cost wireless communication systems / low manufacturing price / communication technology / car velocity / regular gas / passenger car market / energy storage devices / high energy density / car speed / oil shortages / multi-layer neural network / neural networks / machine learning tools / recurrent network / prognostics algorithms / machine health condition using neurofuzzy systems / vehicle electric power systems / car drag reduction / car manufacturers / real-world energy use / energy / low energy density / evolutionary neural network / electricity / energy consumption / hybrid and electric vehicle applications / travel time / energy management / gas-powered counterparts / energy efficiency / car moves / Online estimation / travel data / battery technology / vehicle-to-grid services / travel miles / car resistances / energy storage system / simplified car body / variant modeling applications / recursive networks / /
Organization
Jay Lee Center for Intelligent Maintenance System / Institution of Mechanical Engineers / US Federal Reserve / University of Cincinnati / Cincinnati / /
Person
S. Mohammad Rezvanizaniani / Flavio Perucchi / Franz Baumgartner / Marina de Queiroz Tavares / Williamson / Don Wires / Maria Youssefzadeh / Jiang Chuan / /
Position
driver / original author / model for prediction SoC / aggressive driver / same driver / Representative / /
A Mobility Performance Assessment on Plug-in EV Battery Seyed Mohammad Rezvanizanian, Yixiang Huang, Jiang Chuan, and Jay Lee Center for Intelligent Maintenance System, University of Cincinnati, Cincinnati, Ohio, 45220, USA