01518nas a2200229   4500000000100000000000100001008004100002260001200043653002300055653000800078653002000086100002600106700003000132700002700162700003000189245008900219856009800308300001000406490000600416520085200422022001401274       2013                            d  c06/201310aInternet of things10aOBD10aUrban Computing1 aVicente García-Díaz1 aGuillermo Cueva-Fernandez1 aJordán Pascual-Espada1 aMartin Gonzalez-Rodriguez00aKuruma: The Vehicle Automatic Data Capture for Urban Computing Collaborative Systems  uhttp://www.ijimai.org/journal/sites/default/files/files/2013/06/ijimai20132_2_3_pdf_31219.pdf  a28-320 v23 aSmartphones can provide coverage in large areas all around the world and with the availability of powerful operating systems they can become solid sensing infrastructures. In fact, static sensors are hard to deploy and maintain while modern mobile devices include many sensors that can be used to sense and benefit from collaborative communities.  This project tries to improve urban computing by developing a framework able to create monitoring applications for mobile devices, focusing on obtaining the highest degree of interoperability between sensors. A prototype application has been developed to demonstrate the feasibility of creating multidisciplinary applications with several different approaches. The application developed consists of a Road Roughness Information System that measures smoothness and detects irregularities on the roads  a1989-1660