Top Posts Tagged with #nxt2wifi

And this is a test of another interface designed for a more advanced workshop.

There is no more "obstacle detection" but some rules based on the values of the sensors like this one:

"if the ultrasound sensor has a value of 70% of saturation then you can consider that there is an obstacle in front of the rover so turn with an angle of 45° and move forward"

The user is not completly free to set his own rules but it is really easy for the developer to set new rules for a new workshop and to send the html/css files to the teacher.

#spaceapps #Lego #legorover #NXT #NXT2Wifi #sensors #Rover

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This is a test of a really simple interface which can be useful for workshops with young children. As there is no text on the controls, they can even do the workshop without knowing reading.

As there are very few informations in this interface, the teacher should explain the effects of each parameters and how works the differents sensors to the children.

#spaceapps #legorover #Lego #NXT2Wifi #NXT #Rover #challenge

In this page you can find all the information you need to set up and use a NXT2wifi module. This is what we used to host the rover control interface. It is composed of a WiFi transmitter and a webserver. The interface is coded in CSS, html and JavaScript. When the user make an event on the interface, the module send a request to the brick to know the state of the sensors, simulate the time latency, do some conditions test and send orders to the brick. (The brick is the Lego Mindstorm controller)

#spaceapps #legorover #lego #nxt #nxt2wifi #Rover #Robots

A preview of the rover control interface developed during the SpaceAppsChallenges weekend.

This interface is coded in CSS/HTML so it can be customized easily by the developers and it is hosted on a webserver which is embedded on the rover using a NXT2Wifi card.

As it is possible to access to the interface from a web navigator, the user doesn't need to install anything.

#SpaceApps #LegoRover #Lego #NXT #NXT2Wifi #Rover #Robots