Mobile devices and robots The future FORUM NOKIA MOBILE INNOVATION COMPETITION 2008 Universidade Federal de Campina Grande Departamento de Engenharia Elétrica Embedded – Laboratório de Sistemas Embarcados e Computação Pervasiva eROBOTICA – http://embedded.ufcg.edu.br/erobotica
Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author.While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server.
The futureFORUM NOKIA MOBILE INNOVATION COMPETITION 2008
Universidade Federal de Campina Grande
Departamento de Engenharia Elétrica
Embedded – Laboratório de Sistemas Embarcados e Computação Pervasiva
eROBOTICA – http://embedded.ufcg.edu.br/erobotica
Miguel Augusto de Souza Falcão
Thiago de Freitas Oliveira Araújo
Walter Onofre Guerra Filho
The link between mobile devices and robotics became clear when it was understood to be responsible not only for the improvement of man's way of life, but also for his interaction with society. This notion is accepted without the concept of a "robot being", but alternatively with the demand for robotic environments, adaptable to each and every individual. In this way, these devices appear as a simple motivation for this interaction.
To illustrate this concept, the lab environment was used for an autonomous robot capable of remote control, which presents the various tools in the room, each one according to our future plans.
Faça um demonstrativo com excelentes gráficos. O PowerPoint facilita a produção dos recursos visuais que costumam exigir vários aplicativos. Aplique facilmente sombras suaves, reflexos, brilhos, bisels, 3D e muito mais!
The control of the motors is directly done by the N800, via the Nxt Prompt. It means, that the N800 is the brain of the Robot and all the algorithms are implemented on it.
The Linux Kernel is the lowest level Operational System’s Interface Layer with the hardware and responsible to manage the computational Resources of the System.
As we are using a Linux device , we have plenty access to the camera device, to the raw data, and the manipulation, and creation of applications that require image processing are easier.
The communication layer provides serial and USB, for internal connections, and bluetooth or wireless, for external devices. The bluetooth can be used like a wireless serial, intermediated by the Rfcomm protocol.
PyGTK applications are truly multiplatform and they're able to run, unmodified, on Linux, Windows, MacOS X and other platforms.
PyGTK is free software, so you can use, modify, distribute and study it with very few restrictions (LGPL license).”
If any motion is detected the movie block assumes the control of the current state of the platform.
The Linux Kernel should require the application, according to the security configuration, and start calling any person/thing that is necessary.
The movie server initializes, the user( security company, owner) is contacted, and can access the movie server to analyze the image itself. On the robot side, it tries to accomplish the better position for filming.
Initialize Water System
Inform the House Owner
Looks what is happening
Father’s cellphone alarms
Goes to take care of the baby
Robot goes to father’s room
Elderly people Care
Interaction between the Robot and people with blind, handicapped people to ease their lives
Interaction with people's devices on museums robot guides, airports, train stations, etc.
Nokia promotion on electronics meetings
All the concepts of Robotics are planned to be integrated, such as Mobile Robots, Domotics, etc.
We have already integrated this solution to an i-cybie toy, but we plan to integrate with more Robots(as Robots , as our really limited budget can get), as our architecture is "robot-independent".
Currently working for sooner releases:
Motion Detection by the device's camera(some beta problems, so not on the solution for the competition)
Sensor Integration with the Device
Audio streaming , captured by the Robot
Currently Working for future Releases:
More Autonomous features
Integration with more sensors, such as Smoke Sensor, etc.
Integration with more devices.
eGUIDE is just the beginning of a bright future , a little story. However, the fusion between mobile devices and robots could, in other cases, promenade along a museum, describing objects and their history, alluring people to it. We can experience a delightful past quest with the best that the future has to offer: boundless informations. In this context, we could have for instance a wide multimedia to be presented according to each convenience.