Publication: Sistema de gestión de transportes
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2010-10
Defense date
2010-10-21
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Abstract
El presente proyecto trata de proporcionar un proceso de calidad, basado en un equipamiento de nuevas tecnologías, para el funcionamiento formal de los transportes de cualquier empresa u organización que implique ciertos desplazamientos. Su misión es la integración en un sistema de las actividades de transporte o distribución, permitiendo la asignación de rutas a sus transportistas. La empresa que adopte este sistema podrá gozar en estas funciones de un mayor rendimiento que con cualquier otro modus operandi más “manual”, y que seguramente se verá traducido en mayores beneficios. Caben destacar las ventajas fundamentales que aporta el sistema desarrollado: la centralización de toda la información referente a estos desplazamientos en un Sistema de Información (SI) gestionado informáticamente (con acceso vía web), la divulgación de dicha información a sus responsables mediante comunicaciones inalámbricas y el manejo que estos disponen de ella a través de sus dispositivos móviles, mediante los cuales pueden registrar las incidencias y el estado resultante de las rutas que le han sido encomendadas. Para logar todo esto han intervenido múltiples tecnologías. En concreto, tenemos desde la tecnología de Bases de Datos (BBDD) imprescindible para la manutención del SI (MySQL), pasando por la tecnología web empleada para su gestión (J2EE), hasta otras tecnologías de comunicación inalámbrica vigentes para su distribución (bluetooth y NFC), y concluyendo con la tecnología J2ME para el manejo de la misma en dispositivos móviles; contemplando, por tanto, la interoperatividad entre dispositivos móviles (protocolo NFCIP) con el servidor bluetooth (J2SE y librería BlueCove), y entre el servidor web (GlassFish) y ordenadores personales (a través de su navegador web). Como se puede observar, todo el desarrollo está sustentado sobre productos de Sun Microsystems, a lo que se extienden algunas herramientas auxiliares como el protocolo NFCIP-1 facilitado por Nokia o la librería BlueCove aportada por Google Code. Así, se ve satisfecho el deseo en este proyecto de llevar a cabo un desarrollo software íntegro en Java con el propósito de que se vislumbre su potencial, su universalidad y versatilidad y de que se de alcance a toda su variedad de entornos. ________________________________________________________________________________________________________________________
The aim of this project is to provide a quality process, based on state-of-the-art technologies, to improve the transport system for any company or organization. The goal is to integrate transport or distribution operations into a system, allowing routes to be assigned to its transport workers. Any company implementing this system will benefit from higher performance as compared to any other manual modus operandi, which will in turn yield higher profit. The system developed in this project offers some key advantages: centralization of all information on an computationally managed Information System (accessible via web), distribution of that information through wireless communication to the managers and possibility of handling the information on mobile devices carried by the managers, by means of which any incidence can be registered and feedback on the status of the routes assigned can be provided. Various technologies have been implemented in order to fulfill these objectives. Namely, these range from the Data Base and web technologies indispensable towards the upkeep (MySQL) and management (J2EE) of the Information System, respectively, to other current wireless communication technologies necessary for its distribution (bluetooth and NFC) and, finally, J2ME technology for management tasks on mobile devices; thus enabling interaction between mobile devices (NFCIP protocol) and the bluetooth server (J2SE and BlueCove library), and between the web server (GlassFish) and personal computers (through its web browser). All aspects of the development have been carried out using Sun Microsystems products, which is also the case for some auxiliary tools such as NFCIP-1 protocol supplied by Nokia, or the BlueCove library supplied by Google Code. Thus, the goal of the project is fulfilled through developing software entirely on Java, in order that its potential, universality and versatility may be more readily envisioned and its wide variety of environments may be reached.
The aim of this project is to provide a quality process, based on state-of-the-art technologies, to improve the transport system for any company or organization. The goal is to integrate transport or distribution operations into a system, allowing routes to be assigned to its transport workers. Any company implementing this system will benefit from higher performance as compared to any other manual modus operandi, which will in turn yield higher profit. The system developed in this project offers some key advantages: centralization of all information on an computationally managed Information System (accessible via web), distribution of that information through wireless communication to the managers and possibility of handling the information on mobile devices carried by the managers, by means of which any incidence can be registered and feedback on the status of the routes assigned can be provided. Various technologies have been implemented in order to fulfill these objectives. Namely, these range from the Data Base and web technologies indispensable towards the upkeep (MySQL) and management (J2EE) of the Information System, respectively, to other current wireless communication technologies necessary for its distribution (bluetooth and NFC) and, finally, J2ME technology for management tasks on mobile devices; thus enabling interaction between mobile devices (NFCIP protocol) and the bluetooth server (J2SE and BlueCove library), and between the web server (GlassFish) and personal computers (through its web browser). All aspects of the development have been carried out using Sun Microsystems products, which is also the case for some auxiliary tools such as NFCIP-1 protocol supplied by Nokia, or the BlueCove library supplied by Google Code. Thus, the goal of the project is fulfilled through developing software entirely on Java, in order that its potential, universality and versatility may be more readily envisioned and its wide variety of environments may be reached.
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Radiocomunicación, Java (Lenguaje de programación), Dispositivos móviles, Desarrollo Web, Sistemas de información