Collaborative Navigation
Mostrando 1-4 de 4 artigos, teses e dissertações.
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1. Plataforma de software para técnicas de navegação e colaboração de robôs móveis autônomos / Software platform for autonomous mobile robot navigation and collaboration
The navigation and collaboration are important aspects of mobile robotics. The navigation provides to mobile robots the basic skills of interaction with the environment, and the obstacles and agents located therein. The collaboration allows the robots to coordinate their navigation and interaction with the environment in a way that enables them to per-form c
IBICT - Instituto Brasileiro de Informação em Ciência e Tecnologia. Publicado em: 16/12/2011
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2. Incubator of talents: a proposal for collaborative environment for development of educational software with focus on sustainability of collaborators. / Incubadora de talentos: uma proposta de ambiente colaborativo para desenvolvimento de software educacional com foco na sustentabilidade dos colaboradores.
We had born in an analog society and moved rapidly towards to a digital society, where the coexistence wins new ways and demand requires more professional experience. In this new society, the software becomes increasingly necessary, since this is a programming necessary for the functioning of most of the tools available today. There then emerge where develop
Publicado em: 2008
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3. i-collaboration: um modelo de colaboraÃÃo inteligente personalizada para ambientes de EAD
Although there is an ever increasing offer of virtual learning environments in the market, little has been done to motivate students to use them. As a matter of fact, the available virtual learning environments have presented the same basic functionalities over the years, which has led to a general feeling of isolation. Moreover, users do not feel cared for,
Publicado em: 2008
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4. Posicionamento e movimentação de um robô humanóide utilizando imagens de uma câmera móvel externa
This work proposes a method to localize a simple humanoid robot, without embedded sensors, using images taken from an extern camera and image processing techniques. Once the robot is localized relative to the camera, supposing we know the position of the camera relative to the world, we can compute the position of the robot relative to the world. To make the
Publicado em: 2005