75 resultados para Voting-machines
Resumo:
Los servicios de salud son sistemas muy complejos, pero de alta importancia, especialmente en algunos momentos críticos, en todo el mundo. Los departamentos de urgencias pueden ser una de las áreas más dinámicas y cambiables de todos los servicios de salud y a la vez más vulnerables a dichos cambios. La mejora de esos departamentos se puede considerar uno de los grandes retos que tiene cualquier administrador de un hospital, y la simulación provee una manera de examinar este sistema tan complejo sin poner en peligro los pacientes que son atendidos. El objetivo de este trabajo ha sido el modelado de un departamento de urgencias y el desarrollo de un simulador que implementa este modelo con la finalidad de explorar el comportamiento y las características de dicho servicio de urgencias. El uso del simulador ofrece la posibilidad de visualizar el comportamiento del modelo con diferentes parámetros y servirá como núcleo de un sistema de ayuda a la toma de decisiones que pueda ser usado en departamentos de urgencias. El modelo se ha desarrollado con técnicas de modelado basado en agentes (ABM) que permiten crear modelos funcionalmente más próximos a la realidad que los modelos de colas o de dinámicas de sistemas, al permitir la inclusión de la singularidad que implica el modelado a nivel de las personas. Los agentes del modelo presentado, descritos internamente como máquinas de estados, representan a todo el personal del departamento de urgencias y los pacientes que usan este servicio. Un análisis del modelo a través de su implementación en el simulador muestra que el sistema se comporta de manera semejante a un departamento de urgencias real.
Resumo:
Nowadays, service providers in the Cloud offer complex services ready to be used as it was a commodity like water or electricity to their customers with any other extra effort for them. However, providing these services implies a high management effort which requires a lot of human interaction. Furthermore, an efficient resource management mechanism considering only provider's resources is, though necessary, not enough, because the provider's profit is limited by the amount of resources it owns. Dynamically outsourcing resources to other providers in response to demand variation avoids this problem and makes the provider to get more profit. A key technology for achieving these goals is virtualization which facilitates provider's management and provides on-demand virtual environments, which are isolated and consolidated in order to achieve a better utilization of the provider's resources. Nevertheless, dealing with some virtualization capabilities implies an effort for the user in order to take benefit from them. In order to avoid this problem, we are contributing the research community with a virtualized environment manager which aims to provide virtual machines that fulfils with the user requirements. Another challenge is sharing resources among different federated Cloud providers while exploiting the features of virtualization in a new approach for facilitating providers' management. This project aims for reducing provider's costs and at the same time fulfilling the quality of service agreed with the customers while maximizing the provider's revenue. It considers resource management at several layers, namely locally to each node in the provider, among different nodes in the provider, and among different federated providers. This latter layer supports the novel capabilities of outsourcing when the local resources are not enough to fulfil the users demand, and offering resources to other providers when the local resources are underused.
Resumo:
El negocio de las máquinas recreativas está regulado por cada una de las Administraciones Públicas de cada Comunidad Autónoma. Por ello, es obligatorio la generación de documentación que acompaña a cada una de las máquinas que están siendo explotadas. Este proyecto describe el desarrollo de un módulo, dentro del ERP SAP R/3, para la generación de esta documentación a partir de las necesidades expresadas por el Departamento de Documentación, Trámites y Gestiones de CIRSA.
Resumo:
This paper addresses the puzzle of why legislation, even highly inefficient legislation, may pass with overwhelming majorities. We model a egislature in which the same agenda setter serves for two periods, showing how he can exploit a legislature (completely) in the first period by romising future benefits to legislators who support him. In equilibrium, large majority of legislators vote for the first-period proposal because a ote in favor maintains the chance for membership in the minimum winning coalition in the future. The model thus generates situations in which egislators approve policies by large majorities, or even unanimously, that enefit few, or even none, of them. The results are robust: some institutional arrangements, such as super-majority rules or sequential voting, imit but do not eliminate the agenda setter's power to exploit the legislature, and other institutions such as secret voting do not limit his power.
Resumo:
This paper studies party discipline in a congress within a political agency framework with retrospective voting. Party discipline serves as an incentive device to induce office- motivated congress members to perform in line with the party leadership's objective of controlling both the executive and the legislative branches of government. I show fi rst that the same party is more likely to control both branches of government (i.e., uni ed government) the stronger the party discipline in the congress is. Second, the leader of the governing party imposes more party discipline under uni ed government than does the opposition leader under divided government. Moreover, the incumbents' aggregate performance increases with party discipline, so a representative voter becomes better off. JEL classi cation: D72. Keywords: Party discipline; Political agency; Retrospective voting; Office-motivated politicians.
Resumo:
Grid is a hardware and software infrastructure that provides dependable, consistent, pervasive, and inexpensive access to high-end computational resources. Grid enables access to the resources but it does not guarantee any quality of service. Moreover, Grid does not provide performance isolation; job of one user can influence the performance of other user’s job. The other problem with Grid is that the users of Grid belong to scientific community and the jobs require specific and customized software environment. Providing the perfect environment to the user is very difficult in Grid for its dispersed and heterogeneous nature. Though, Cloud computing provide full customization and control, but there is no simple procedure available to submit user jobs as in Grid. The Grid computing can provide customized resources and performance to the user using virtualization. A virtual machine can join the Grid as an execution node. The virtual machine can also be submitted as a job with user jobs inside. Where the first method gives quality of service and performance isolation, the second method also provides customization and administration in addition. In this thesis, a solution is proposed to enable virtual machine reuse which will provide performance isolation with customization and administration. The same virtual machine can be used for several jobs. In the proposed solution customized virtual machines join the Grid pool on user request. Proposed solution describes two scenarios to achieve this goal. In first scenario, user submits their customized virtual machine as a job. The virtual machine joins the Grid pool when it is powered on. In the second scenario, user customized virtual machines are preconfigured in the execution system. These virtual machines join the Grid pool on user request. Condor and VMware server is used to deploy and test the scenarios. Condor supports virtual machine jobs. The scenario 1 is deployed using Condor VM universe. The second scenario uses VMware-VIX API for scripting powering on and powering off of the remote virtual machines. The experimental results shows that as scenario 2 does not need to transfer the virtual machine image, the virtual machine image becomes live on pool more faster. In scenario 1, the virtual machine runs as a condor job, so it easy to administrate the virtual machine. The only pitfall in scenario 1 is the network traffic.
Resumo:
La Comunitat Europea ha encarregat el disseny i implementació d'una base de dades per a un futur sistema de votacions ciutadanes per Internet. Aquest projecte realitza una proposta del disseny de la base de dades segons els requeriments especificats, i la seva implementació en un sistema de gestió de bases de dades, que en aquest cas és l'ORACLE.
Resumo:
La Comunitat Europea desitja implementar una aplicació per a gestionar les votacions ciutadanes a través d'Internet. Aquesta, dins de la partida pressupostària destinada a fomentar la participació ciutadana dins de l'àmbit polític Europeu, ha decidit obrir un concurs públic per rebre propostes sobre el disseny d'una base de dades (BD) que els hi serveixi de magatzem d'informació per a la futura aplicació.
Resumo:
Disseny d'una base de dades (BD), que els hi serveixi de magatzem d'informació per a la futura aplicació de votacions ciutadanes a través d'Internet, que volen implementar.
Resumo:
Aquest treball consisteix en el desenvolupament d'un projecte de base de dades relacional implementat en Oracle que dóna resposta a la necessitat d'un sistema de votació ciutadana a nivell europeu a través d'Internet.
Resumo:
Disseny i implementació d'una base de dades per a la realització de votacions a travès d'internet a l'ambit de la Comunitat Europea.
Resumo:
Disseny d'una base de dades que serveixi de magatzem d'informació per a una futura aplicació de votacions ciutadanes a través d'Internet per a la Comunitat Europea.
Resumo:
Disseny d'una base de dades que serveixi de magatzem d'informació per a una futura aplicació de votacions ciutadanes a través d'Internet per a la Comunitat Europea.
Resumo:
Memoria, presentación y producto de una base de datos para realizar votaciones ciudadanas a través de internet.
Resumo:
La finalitat d'aquest projecte és la d'aconseguir d'una banda la gestió de recanvis per als equips informàtics de l'empresa tals com, tonners d'impressores làser i faxos, cartutxos de tinta, escàners i terminals de fàbrica i finalment impressores d'impressió tèrmica per a etiquetes dels productes de la nostra fàbrica. Per l'altre costat tindrem el manteniment dels equips informàtics de l'empresa, és dir els PC's de feina.