978 resultados para conexão métrica
Resumo:
Projeto realizado na cidade de Belterra - PA, pelas alunas Gabriela Torquato Fernandez, Manuela L. do Amaral Malheiros e Patrícia Thomé de Souza Prette. O Projeto Conexão Local é uma iniciativa da GV, voltada para estudantes de graduação e com apoio de estudantes de pós-graduação. O objetivo é estimular o envolvimento com experiências de gestão social e de desenvolvimento econômico local. Desde 2005, o Projeto Conexão Local leva estudantes para conhecer projetos nas áreas de políticas públicas, combate à pobreza e promoção da cidadania, em todo o Brasil.
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Projeto realizado na cidade de São Paulo - SP, pelas alunas Ellen Florêncio Gonçalves e Laís Evangelista de França Floriano. O Projeto Conexão Local é uma iniciativa da GV, voltada para estudantes de graduação e com apoio de estudantes de pós-graduação. O objetivo é estimular o envolvimento com experiências de gestão social e de desenvolvimento econômico local. Desde 2005, o Projeto Conexão Local leva estudantes para conhecer projetos nas áreas de políticas públicas, combate à pobreza e promoção da cidadania, em todo o Brasil.
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Projeto realizado nas cidades de Uberlândia e Ituiutaba - MG, pelas alunas Adriana Moreira Domingues, Gabriela Fiorini de Noronha e Raquel Rocha e Silva. O Projeto Conexão Local é uma iniciativa da GV, voltada para estudantes de graduação e com apoio de estudantes de pós-graduação. O objetivo é estimular o envolvimento com experiências de gestão social e de desenvolvimento econômico local. Desde 2005, o Projeto Conexão Local leva estudantes para conhecer projetos nas áreas de políticas públicas, combate à pobreza e promoção da cidadania, em todo o Brasil.
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Alunos que participaram do Programa Conexão Local 2013 falam sobre suas experiências. O Projeto Conexão Local é uma iniciativa da GV, voltada para estudantes de graduação e com apoio de estudantes de pós-graduação. O objetivo é estimular o envolvimento com experiências de gestão social e de desenvolvimento econômico local. Desde 2005, o Projeto Conexão Local leva estudantes para conhecer projetos nas áreas de políticas públicas, combate à pobreza e promoção da cidadania, em todo o Brasil. Na edição de 2013 participaram 14 aluno, divididos em 5 grupos. As experiências aconteceram nas cidades de Timon - MA, Salvador - BA, Corumbé - MT, São Luís - MA e Rio de Janeiro - RJ.
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Este artigo, de cunho eminentemente analítico, mostra que no âmbito da política macroeconômica, é necessária consistência entre as políticas monetária, fiscal, cambial e salarial para viabilizar taxas de juros reais médias inferiores às taxas de retorno médias sobre o capital, taxas de câmbio reais competitivas (em torno da taxa de “equilíbrio industrial”) e taxas de salários que evoluam de acordo com o crescimento da produtividade, condições para que se assegure o crescimento econômico sobre bases sustentáveis. Já com respeito à política industrial, é preciso perseguir estratégias de diversificação produtiva, notadamente no setor manufatureiro e nos segmentos tradable do setor de serviços, mediante a identificação de prioridades estratégicas tanto nas cadeias produtivas, segmentos e setores próximos à base de vantagem comparativa preexistente, como naqueles mais próximos à fronteira tecnológica internacional. Embora os argumentos analíticos favoreçam a estratégia de diversificação produtiva, esta não deve ser confundida com semi-autarquia, o que significa que as cadeias e setores que não sejam foco da política industrial devem ter alíquotas de importação zero ou próximas de zero.
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O principal objetivo deste livro é registrar a experiência do projeto Conexão Local modalidade Interuniversitária (CLIU). A reunião de textos aqui apresentada procura sistematizar o processo de formação de estudantes de graduação e de pós graduação decorrente desta experiência e a aprendizagem institucional. Da mesma forma como os pesquisadores vão a campo para registrar as inúmeras experiências que buscam aprofundar a democracia e reduzir as desigualdades, de modo que outros possam aprender a partir delas, este relato pretende registrar um processo de modo que as pessoas interessadas possam compreender o que se viveu, os avanços e as dificuldades e aprofundar a experiência, reinventá-la, inspirar-se e criar outras tantas coisas que nos façam ampliar os olhares e as possibilidades de diálogo entre os tantos saberes que constituímos mundo.
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Complex network analysis is a powerful tool into research of complex systems like brain networks. This work aims to describe the topological changes in neural functional connectivity networks of neocortex and hippocampus during slow-wave sleep (SWS) in animals submited to a novel experience exposure. Slow-wave sleep is an important sleep stage where occurs reverberations of electrical activities patterns of wakeness, playing a fundamental role in memory consolidation. Although its importance there s a lack of studies that characterize the topological dynamical of functional connectivity networks during that sleep stage. There s no studies that describe the topological modifications that novel exposure leads to this networks. We have observed that several topological properties have been modified after novel exposure and this modification remains for a long time. Major part of this changes in topological properties by novel exposure are related to fault tolerance
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In this work we study a connection between a non-Gaussian statistics, the Kaniadakis
statistics, and Complex Networks. We show that the degree distribution P(k)of
a scale free-network, can be calculated using a maximization of information entropy in
the context of non-gaussian statistics. As an example, a numerical analysis based on the
preferential attachment growth model is discussed, as well as a numerical behavior of
the Kaniadakis and Tsallis degree distribution is compared. We also analyze the diffusive
epidemic process (DEP) on a regular lattice one-dimensional. The model is composed
of A (healthy) and B (sick) species that independently diffusive on lattice with diffusion
rates DA and DB for which the probabilistic dynamical rule A + B → 2B and B → A. This
model belongs to the category of non-equilibrium systems with an absorbing state and a
phase transition between active an inactive states. We investigate the critical behavior of
the DEP using an auto-adaptive algorithm to find critical points: the method of automatic
searching for critical points (MASCP). We compare our results with the literature and we
find that the MASCP successfully finds the critical exponents 1/ѵ and 1/zѵ in all the cases
DA =DB, DA
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In this work we presented an exhibition of the mathematical theory of orthogonal compact support wavelets in the context of multiresoluction analysis. These are particularly attractive wavelets because they lead to a stable and very efficient algorithm, that is Fast Transform Wavelet (FWT). One of our objectives is to develop efficient algorithms for calculating the coefficients wavelet (FWT) through the pyramid algorithm of Mallat and to discuss his connection with filters Banks. We also studied the concept of multiresoluction analysis, that is the context in that wavelets can be understood and built naturally, taking an important step in the change from the Mathematical universe (Continuous Domain) for the Universe of the representation (Discret Domain)
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There is a need for multi-agent system designers in determining the quality of systems in the earliest phases of the development process. The architectures of the agents are also part of the design of these systems, and therefore also need to have their quality evaluated. Motivated by the important role that emotions play in our daily lives, embodied agents researchers have aimed to create agents capable of producing affective and natural interaction with users that produces a beneficial or desirable result. For this, several studies proposing architectures of agents with emotions arose without the accompaniment of appropriate methods for the assessment of these architectures. The objective of this study is to propose a methodology for evaluating architectures emotional agents, which evaluates the quality attributes of the design of architectures, in addition to evaluation of human-computer interaction, the effects on the subjective experience of users of applications that implement it. The methodology is based on a model of well-defined metrics. In assessing the quality of architectural design, the attributes assessed are: extensibility, modularity and complexity. In assessing the effects on users' subjective experience, which involves the implementation of the architecture in an application and we suggest to be the domain of computer games, the metrics are: enjoyment, felt support, warm, caring, trust, cooperation, intelligence, interestingness, naturalness of emotional reactions, believabiliy, reducing of frustration and likeability, and the average time and average attempts. We experimented with this approach and evaluate five architectures emotional agents: BDIE, DETT, Camurra-Coglio, EBDI, Emotional-BDI. Two of the architectures, BDIE and EBDI, were implemented in a version of the game Minesweeper and evaluated for human-computer interaction. In the results, DETT stood out with the best architectural design. Users who have played the version of the game with emotional agents performed better than those who played without agents. In assessing the subjective experience of users, the differences between the architectures were insignificant
Resumo:
Currently the interest in large-scale systems with a high degree of complexity has been much discussed in the scientific community in various areas of knowledge. As an example, the Internet, protein interaction, collaboration of film actors, among others. To better understand the behavior of interconnected systems, several models in the area of complex networks have been proposed. Barabási and Albert proposed a model in which the connection between the constituents of the system could dynamically and which favors older sites, reproducing a characteristic behavior in some real systems: connectivity distribution of scale invariant. However, this model neglects two factors, among others, observed in real systems: homophily and metrics. Given the importance of these two terms in the global behavior of networks, we propose in this dissertation study a dynamic model of preferential binding to three essential factors that are responsible for competition for links: (i) connectivity (the more connected sites are privileged in the choice of links) (ii) homophily (similar connections between sites are more attractive), (iii) metric (the link is favored by the proximity of the sites). Within this proposal, we analyze the behavior of the distribution of connectivity and dynamic evolution of the network are affected by the metric by A parameter that controls the importance of distance in the preferential binding) and homophily by (characteristic intrinsic site). We realized that the increased importance as the distance in the preferred connection, the connections between sites and become local connectivity distribution is characterized by a typical range. In parallel, we adjust the curves of connectivity distribution, for different values of A, the equation P(k) = P0e
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As the psychrometric method is considered standard for the measurement of relative humidity, many studies have used aspirated thermocouple psychrometers connected to microloggers but, however, they do not detail how the aspiration of the air stream is done. However, one of the major difficulties of aspirated thermocouple psychrometers is to program and to connect it in micrologger, because specific programming and connection are requires, and still some skills in getting accurate measurements. This work aimed to provide the programming and the connection of the aspirated thermocouple psychrometer type T for the CR10X microloggers and CR23X of Campbell Scientific, evaluating the quality of measurements of temperature and air relative humidity in relation the a sensor Vaisala HMP50. The non-continuous measurements were made in the period 2006/09/04 to 2007/07/11 at Jaboticabal, SP. The air temperature measurements were similar between the Vaisala sensors and aspirated thermocouple psychrometer, but the relative humidity measurements were significantly different. The measurements obtained by the aspirated thermocouple psychrometer connected to CR10X micrologger were the most accurate. Using the programming and connection of a micro-fan to suck in the dry and moist bulbs of aspirated thermocouple psychrometer in microloggers models CR10X and CR23X, it is possible to obtain measurements of air temperature with good precision and accuracy, and measurements of air relative humidity with good precision, but accuracy is not always attainable due to the difficulties inherent to the physical processes that occur in the wet bulb, the skill in the use and maintenance of this equipment and the reservoir protection against radiative effects.
Resumo:
Pós-graduação em Engenharia Elétrica - FEIS