O Ensino de arquitetura da informação: uma proposta para os cursos de Biblioteconomia da Universidade Federal do Ceará

In the Learning Society, understand the nature of digital information is relevant for librarians, which broadened its performance, it must create, organize, add metadata, and evaluate usability and accessibility to disseminate digital information in environments web. This paper discusses the creation and implementation of the Information Architecture discipline as discipline in courses of Science Librarian of Universidade Federal do Ceará. It is an analysis evidenced from observations in the classroom. The methodology of this study is anchored in the qualitative approach and has a descriptive character. As a result, we present the construction process of the aims of discipline, the menu and the curriculum.

O conhecimento, as redes e a competência em informação (CoInfo) na sociedade contemporânea: uma proposta de articulação conceitual

Article exploratory nature that presents reflection on the information, knowledge and learning society and the social role of information and knowledge about new social structures that culminate in the emergence of the "network society". The concepts of knowledge, networks and the importance of information literacy are highlighted to learn to access and use the information wisely and foster the construction and sharing of knowledge through relationships without restrictions of space and time. It aims to establish a conceptual link between, trying to show the need for better understanding between these areas for innovation and the development of people and organizations in contemporary society.

Experience generalization for multi-agent reinforcement learning

On-line learning methods have been applied successfully in multi-agent systems to achieve coordination among agents. Learning in multi-agent systems implies in a non-stationary scenario perceived by the agents, since the behavior of other agents may change as they simultaneously learn how to improve their actions. Non-stationary scenarios can be modeled as Markov Games, which can be solved using the Minimax-Q algorithm a combination of Q-learning (a Reinforcement Learning (RL) algorithm which directly learns an optimal control policy) and the Minimax algorithm. However, finding optimal control policies using any RL algorithm (Q-learning and Minimax-Q included) can be very time consuming. Trying to improve the learning time of Q-learning, we considered the QS-algorithm. in which a single experience can update more than a single action value by using a spreading function. In this paper, we contribute a Minimax-QS algorithm which combines the Minimax-Q algorithm and the QS-algorithm. We conduct a series of empirical evaluation of the algorithm in a simplified simulator of the soccer domain. We show that even using a very simple domain-dependent spreading function, the performance of the learning algorithm can be improved.

Auditory processing disorder in patients with language-learning impairment and correlation with malformation of cortical development

Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)

Learning strategies evaluation in students with attention deficit hyperactivity disorder

This study aim to verify the use of learning strategies in students of the elementary level presenting interdisciplinary diagnosis of attention dei cit hyperactivity disorder (ADHD). Nine students, male gender, attending 3rd to 9th grade level of the elementary level, average age 10 years and 7 months, presenting interdisciplinary diagnosis of attention dei cit hyperactivity disorder (ADHD). h e students were submitted to the application of the Evaluation of Learning Strategies from elementary level – EAVAP-EF – scale, which aimed to evaluate the strategies reported and used by students in situation of study and learning, as follows: cognitive strategies, metacognitive strategies and absence of dysfunctional metacognitive strategies. h e general result at EAVAP-EF scale, showed that students with ADHD reached the percentile 25%, considered as low performance in the use of the learning strategies. For the variable absence of dysfunctional metacognitive strategies, the students presented percentile 30%, percentile 25% for cognitive strategies and 55% for metacognitive strategies. h e results showed that ADHD students do not use ef ectively the learning cognitive and metacognitive strategies and present the use of dysfunctional metacognitive strategies. h ese alterations match with the framework of ADHD because the entry of information, either visual or auditory, showed alterations, derived from inattention, which af ected the learning in classroom situation.