Publication: Plataforma HW-SW para el disparo de fuegos artificiales
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2016
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Abstract
Desde la invención de la pólvora en China en torno al siglo IX, los fuegos artificiales han evolucionado de manera notable. En la actualidad, son habituales los espectáculos de fuegos artificiales de gran magnitud, en los que la sincronización y coordinación entre los distintos artificios pirotécnicos es prácticamente perfecta. Esto es posible gracias al desarrollo de sistemas de disparo eléctricos que permiten la automatización de estos espectáculos. Sin embargo, su precio es bastante elevado. En este trabajo se propone el desarrollo de una plataforma hardware /software capaz de realizar todas las funciones de un sistema de disparo profesional con un coste mucho más reducido. El prototipo presentado está compuesto de dos módulos, a los que se pueden conectar 24 artificios pirotécnicos a cada uno. Estos módulos son controlados por un ordenador central que ejecuta el software diseñado capaz de programar y ejecutar espectáculos pirotécnicos. La comunicación entre el ordenador central y los módulos se realiza de forma inalámbrica mediante la creación de una red WiFi.
Since the invention of powder in China around the IXth century, fireworks have notably evolved. Nowadays, large-scale fireworks shows are very common, in which synchronization and coordination among the different pyrotechnic devices is almost perfect. This is possible thanks to the development of electric firing systems, which enables the automation of these shows. However, their price is quite high. In this paper, the development of a hardware /software distributed platform able to perform all the functionalities of a professional firing system is proposed. Besides, this has been achieved at a noticeably lower cost than that of the systems available in the market. The presented prototype is composed of two modules, each of which can deal with 24 pyrotechnic devices. These modules are controlled by a central computer that runs the developed software able to schedule and run fireworks shows. Communication between central computer and modules is done via wireless by creating a WiFi network.
Since the invention of powder in China around the IXth century, fireworks have notably evolved. Nowadays, large-scale fireworks shows are very common, in which synchronization and coordination among the different pyrotechnic devices is almost perfect. This is possible thanks to the development of electric firing systems, which enables the automation of these shows. However, their price is quite high. In this paper, the development of a hardware /software distributed platform able to perform all the functionalities of a professional firing system is proposed. Besides, this has been achieved at a noticeably lower cost than that of the systems available in the market. The presented prototype is composed of two modules, each of which can deal with 24 pyrotechnic devices. These modules are controlled by a central computer that runs the developed software able to schedule and run fireworks shows. Communication between central computer and modules is done via wireless by creating a WiFi network.
Description
Máster en Ingeniería Informática, Facultad de Informática, Departamento de Arquitectura de Computadores y Automática, curso 2015-2016