P1 - Robot with a Bluetooth remote control

Development of an application to control a robot, including line following, mark detection, and remote access for communication and control.

The robot to use is a m3pi with a bluetooth module.

The remote access is done using another mbed node containing a joystick, a bluetooth module, and an LCD.

It should  also be possible to use a smartphone or laptop for remote communication and control.

P2 - Robot as an Autonomous Vehicle

Development of an application to control a robot, including line following, mark detection, obstacle avoidance / distance keeping, and remote communication to deal with crossing sections.

The robot to use is a m3pi with a xbee module (802.15.4).

For crossing sections management, nodes based on MoteIST motes can be used (or other mbed nodes).

P3 - TinyOS based Wireless Sensor Network application

Implementation of a wireless sensor network application using TinyOS and motes MoteIST and/or Micaz.

Sensor integration; Collection and processing of information; Possible actuation (e.g. alarm detection).

P4 - Contiki based Wireless Sensor Network application

Implementation of a wireless sensor network application using Contiki and motes MoteIST and/or Micaz.

Sensor integration; Collection and processing of information; Possible actuation (e.g. alarm detection).

P5 - Opportunistic network

Development of a demonstration application in a opportunistic network scenario.

A mobile node (mbed + xbee module) should be able to interconnect wireless sensor network nodes (based on MoteIST motes).

P6 - Interconnecting mbed nodes with CAN

Implementation and evaluation of a Controller Area Network (CAN).

Development of a demonstration application using "mbed" nodes interconnected by a CAN network.

Collection and dissemination of sensor information. Highlight CAN characteristics in what concerns real-time and reliability.

Pn - Other NES...

Students may suggest other projects that interconnect embedded systems: more than 1 node; at least 1 node with sensors/actuators and several activities.

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