Desarrollo de un Dispositivo Electrónico de Asistencia para Conducción Vehicular en Carreteras.

Abstract

It developed the prototype of a versatile electronic assistive device for vehicle driving on roads, low cost, to provide alternative safety when driving a vehicle, a system of visual and audible alarm that alerts the driver as a form implemented to prevent possible accidents. Cameras, GPS and displays: A Raspberry Pi 2 Model B which performs control processes and implementation of peripherals such as was used for implementation. Programming is conducted under the high level structured language PYTHON with OPENCV libraries which are open source. To give it a friendly graphical interface developed a set of modules in PYGAME oriented management of sprites. Tests was obtained as a result margin of error of ± 2 m in testing distance and ± 1 km/h in speed, therefore, complies with the requirements provided design and is compatible with regularity certifying similar commercial equipment. The prototype of electronic device assistance for driving vehicular road is a helpful tool that provides relevant information that can be applied to any type of vehicle towards preventing traffic accidents in country and all the consequences that implies. It is recommended further develop and improve the prototype for a possible commercialization after presenting a real solution at low cost according to needs of our environment.