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E-puck 2

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Project data

TUB.45.1.jpgTUB.45.2.jpgTUB.45.3.jpg

e-puck 2

Category: Robotics

URL (first publication): http://www.e-puck.org/

Keywords: robot

Project status: Active

Maturity of the project: production / full product

Assembly instructions are published: No

Bill of materials is published: Yes

Contributing guide is published: No

Contains original mechanical hardware: Yes

CAD Format:







Bill of materials is editable: No






no

Design files are in original format: No

yes yes



Free redistribution is allowed licence: No



Open-o-meter: 4

Product category: Electronics


Description

The main goal of this project is to develop a miniature mobile robot for educational purposes at university level. To achieve this goal the robot needs, in our opinion, the following features:* Good structure. The robot should have a clean mechanical structure, simple to understand. The electronics, processor structure and software has to be a good example of a clean modern system.* Flexibility. The robot should cover a large spectrum of educational activities and should therefore have a large potential in its sensors, processing power and extensions. Potential educational fields are, for instance, mobile robotics, real-time programming, embedded systems, signal processing, image or sound feature extraction, human-machine interaction or collective systems.* User friendly. The robot should be small and easy to exploit on a table next to a computer. It should need minimal wiring, battery operation and optimal working confort.* Good robustness and simple maintenance. The robot should resist to student use and be simple and cheap to repair.* Cheap. The robot, for large use, should be cheap (450-550 euros)


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Property "Desc" (as page type) with input value "The main goal of this project is to develop a miniature mobile robot for educational purposes at university level. To achieve this goal the robot needs, in our opinion, the following features:* Good structure. The robot should have a clean mechanical structure, simple to understand. The electronics, processor structure and software has to be a good example of a clean modern system.* Flexibility. The robot should cover a large spectrum of educational activities and should therefore have a large potential in its sensors, processing power and extensions. Potential educational fields are, for instance, mobile robotics, real-time programming, embedded systems, signal processing, image or sound feature extraction, human-machine interaction or collective systems.* User friendly. The robot should be small and easy to exploit on a table next to a computer. It should need minimal wiring, battery operation and optimal working confort.* Good robustness and simple maintenance. The robot should resist to student use and be simple and cheap to repair.* Cheap. The robot, for large use, should be cheap (450-550 euros)" contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process.

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