Cartography: Creating A Global Map Based Fuel Use Calculator

The goal of this work was to create a web tool that offers accurate predictions of fuel consumption based on driving directions. The objective is to promote vjg"cfqrvkqp"qh"ÒhwgnsippipiÓ"xgjkengu"cpf"ect-sharing programs by providing drivers with a more accurate representation of the trade-off between vehicle selection and use and on-road fuel economy. To implement this tool, the MATLAB environment was employed in various capacities. The System Identification Toolbox was used to fit output data generated from the powertrain ukowncvkqp"uqhvyctg"ETWKUGa"kpvq"oqfgnu"vjcv"eqwnf"dg"eqorkngf"kp"vjg"Ukownkpm"Tgcn-Time Workshop and called from the JavaScript web interface. MATLAB was also used to parse and correlate the extremely large data set in the driving cycle generating script. And, last but not least, it provided the consistent working environment between the teams working on opposite sides of the earth but speaking the same (programming) language. The common platform cnnqygf"vjgo"vq"ngctp"htqo"gcej"qvjgt"cpf"dwknf"qp"gcej"qvjgtÓu"uvtgpivju"yjkng"dtkfikpi"vjg"icr" where experience was lacking. The opportunity for education extends beyond the developers and driving public, but into the classroom as well.