5 resultados para MIDI, VDE, VXVDE, strumenti musicali, Internet of Things
em Universidade Federal do Rio Grande do Norte(UFRN)
Resumo:
Through numerous technological advances in recent years along with the popularization of computer devices, the company is moving towards a paradigm “always connected”. Computer networks are everywhere and the advent of IPv6 paves the way for the explosion of the Internet of Things. This concept enables the sharing of data between computing machines and objects of day-to-day. One of the areas placed under Internet of Things are the Vehicular Networks. However, the information generated individually for a vehicle has no large amount and does not contribute to an improvement in transit, once information has been isolated. This proposal presents the Infostructure, a system that has to facilitate the efforts and reduce costs for development of applications context-aware to high-level semantic for the scenario of Internet of Things, which allows you to manage, store and combine the data in order to generate broader context. To this end we present a reference architecture, which aims to show the major components of the Infostructure. Soon after a prototype is presented which is used to validate our work reaches the level of contextualization desired high level semantic as well as a performance evaluation, which aims to evaluate the behavior of the subsystem responsible for managing contextual information on a large amount of data. After statistical analysis is performed with the results obtained in the evaluation. Finally, the conclusions of the work and some problems such as no assurance as to the integrity of the sensory data coming Infostructure, and future work that takes into account the implementation of other modules so that we can conduct tests in real environments are presented.
Resumo:
On the last years, several middleware platforms for Wireless Sensor Networks (WSN) were proposed. Most of these platforms does not consider issues of how integrate components from generic middleware architectures. Many requirements need to be considered in a middleware design for WSN and the design, in this case, it is possibility to modify the source code of the middleware without changing the external behavior of the middleware. Thus, it is desired that there is a middleware generic architecture that is able to offer an optimal configuration according to the requirements of the application. The adoption of middleware based in component model consists of a promising approach because it allows a better abstraction, low coupling, modularization and management features built-in middleware. Another problem present in current middleware consists of treatment of interoperability with external networks to sensor networks, such as Web. Most current middleware lacks the functionality to access the data provided by the WSN via the World Wide Web in order to treat these data as Web resources, and they can be accessed through protocols already adopted the World Wide Web. Thus, this work presents the Midgard, a component-based middleware specifically designed for WSNs, which adopts the architectural patterns microkernel and REST. The microkernel architectural complements the component model, since microkernel can be understood as a component that encapsulates the core system and it is responsible for initializing the core services only when needed, as well as remove them when are no more needed. Already REST defines a standardized way of communication between different applications based on standards adopted by the Web and enables him to treat WSN data as web resources, allowing them to be accessed through protocol already adopted in the World Wide Web. The main goals of Midgard are: (i) to provide easy Web access to data generated by WSN, exposing such data as Web resources, following the principles of Web of Things paradigm and (ii) to provide WSN application developer with capabilities to instantiate only specific services required by the application, thus generating a customized middleware and saving node resources. The Midgard allows use the WSN as Web resources and still provide a cohesive and weakly coupled software architecture, addressing interoperability and customization. In addition, Midgard provides two services needed for most WSN applications: (i) configuration and (ii) inspection and adaptation services. New services can be implemented by others and easily incorporated into the middleware, because of its flexible and extensible architecture. According to the assessment, the Midgard provides interoperability between the WSN and external networks, such as web, as well as between different applications within a single WSN. In addition, we assessed the memory consumption, the application image size, the size of messages exchanged in the network, and response time, overhead and scalability on Midgard. During the evaluation, the Midgard proved satisfies their goals and shown to be scalable without consuming resources prohibitively
Resumo:
This paper intends to investigate the route required for the formation of adequate knowledge of death based on analysis of the philosophy of Epicurus. The central hypothesis is to demonstrate that the understanding of death can only be achieved through a continuous process of research into the nature of things, guided reflection within a system of thought, with radical impact on the conceptions of the universe, man, soul and world. The human mortality can only become clear to the man himself through philosophy. Epicurus developed his thinking so that when investigating the nature, man could understand the principles of the constitution of all things. This raises issues about the consequences of knowledge generation and corruption in human life, the most disturbing of them is death. The vain opinions are considered the causes of evils, the proper knowledge of death is one way of purging the disturbances that the souls of men, thereby promoting the wisdom philosophy combines knowledge to health. Strictly speaking advocate, confirmed the relevance of the connections mentioned above, the problem of knowledge of the nature of death is one of the privileged ways to demonstrate the coherence and unity of the philosophy of Epicurus
Resumo:
This work discusses the ontology of the visible at the thought of Maurice Merleau-Ponty (1908-1961), which points to a depth and opacity of the perceived world that oppose transparency of geometric world thought by René Descartes (1596-1650). At first we approached the Cartesian discourse developed in Dioptrics Descartes, the first of three scientific discourses published in 1637, being introduced by the famous Discourse method. In this sense, this research discusses the mechanistic explanation that the modern philosopher has the vision, process comprising the formation of images on the retina and its communication to the brain, and the subsequent reading performed by an immaterial mind. Discusses the notion of image as a result of the interpretation of the spirit because, for Descartes, is not the eye that sees, but the spirit that reads and decodes the signals that the body receives the world. At another point, reflected on the criticism of the philosopher Maurice Merleau-Ponty at the thought of overflight present in Dioptrics Descartes. Therefore, it takes as its reference the third part of the book The Eye and the Spirit (1961), in which the intellectualist approach of vision is considered a failed attempt to move away from the visible to rebuild it from anywhere . In this sense, it reflects on a new ontology proposed by Merleau-Ponty thinking being without departing from the puzzles of the body and vision. Puzzles that show a promiscuity between the seer and the seen, between sentient and sensitive. Thus, this paper discusses how visibility was treated by the contemporary philosopher, not as something to be judged by the spirit to get a real nature of things, but as a manifestation of the same things. Finally, this research explores the ontology of the visible in merleaupontiano thought, an ontology that does not rebuild or appropriates visible by a thought of overflight, but what you do from your own visibility as compared original and constant with depth in the world.
Resumo:
This work discusses the ontology of the visible at the thought of Maurice Merleau-Ponty (1908-1961), which points to a depth and opacity of the perceived world that oppose transparency of geometric world thought by René Descartes (1596-1650). At first we approached the Cartesian discourse developed in Dioptrics Descartes, the first of three scientific discourses published in 1637, being introduced by the famous Discourse method. In this sense, this research discusses the mechanistic explanation that the modern philosopher has the vision, process comprising the formation of images on the retina and its communication to the brain, and the subsequent reading performed by an immaterial mind. Discusses the notion of image as a result of the interpretation of the spirit because, for Descartes, is not the eye that sees, but the spirit that reads and decodes the signals that the body receives the world. At another point, reflected on the criticism of the philosopher Maurice Merleau-Ponty at the thought of overflight present in Dioptrics Descartes. Therefore, it takes as its reference the third part of the book The Eye and the Spirit (1961), in which the intellectualist approach of vision is considered a failed attempt to move away from the visible to rebuild it from anywhere . In this sense, it reflects on a new ontology proposed by Merleau-Ponty thinking being without departing from the puzzles of the body and vision. Puzzles that show a promiscuity between the seer and the seen, between sentient and sensitive. Thus, this paper discusses how visibility was treated by the contemporary philosopher, not as something to be judged by the spirit to get a real nature of things, but as a manifestation of the same things. Finally, this research explores the ontology of the visible in merleaupontiano thought, an ontology that does not rebuild or appropriates visible by a thought of overflight, but what you do from your own visibility as compared original and constant with depth in the world.