Application Notes

Visual tracking using FLEX board and CMOS camera

At the Retis laboratory of Scuola Superiore Sant'Anna, a moving ball was visually tracked using FLEX board with a CMOS camera.

 


 

Wireless Communication using FLEX and ERIKA Enterprise Basic

A demo showing a simple point to point wireless communication between two nodes, composed of a FLEX Board with a CC2420/EasyBee transceiver board, implemented using Erika Enterprise Basic.

 

Latest update:

Real-time control of an Inverted Pendulum using FLEX + ERIKA

At DCS, ESAII, UPC (Distributed Control Systems group, Automatic Control Department, Technical University of Catalonia), Barcelona, Spain, an Inverted Pendulum was controlled using FLEX board with the ERIKA real-time kernel.

 


 

Implementation of self-triggered controllers

Antonio Camacho, Pau Martì, and Manel Velasco, from DCS, ESAII, UPC (Barcelona, Spain),

and

Enrico Bini (Scuola Superiore S. Anna, Italy) are going to present:

Implementation of self-triggered controllers

At the

HV7131GP camera setup for image capturing using FLEX and ERIKA Enterprise Basic

This demo shows the implementation of a simple application for setting up a Hv7131GP to capture images. This setup consists of FLEX boards with a HV7131GP camera + breakout board and a serial to TTL converter.

 


 

 

Soft Line Sensor imaging application using FLEX, Erika Enterprise and HV7131GP camera

This demo shows the use of line sensor based imaging in energy and bandwidth constrained devices.

This setup consists of FLEX boards with a HV7131GP camera + breakout board and a serial to TTL converter.

 


 

DAQ: a ROOT based Data AcQuisition platform for debugging embedded devices

This demo shows use of ROOT framework for serializing captured 2D images and accessing them off-line from the ROOT file repository.

 

Latest update:

  • DAQ package v1.0.1 released
  • DAQ package v1.0 released
  • Added CERN ROOT Discussion Forum link

 

MEMOS 2 Robot

A low-cost Cartesian Robot for Neurorehabilitation (MEMOS 2)

A low-cost 2-DOF Cartesian Robot for Neurorehabilitation was developed by:

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