Dear all,
   
    we registered again a team from the class "Lpro Systèmes embarqués" UJF Grenoble in the Xilinx University Contest, OpenHardware 2016 (http://www.openhw.eu/)
   
    our project is the AmpereHourMeter Tango device server (aka Bouteillometer) revamping… This device is measuring current in TFL (Radiation Dose estimation in Transfer line 1 & 2) of the ESRF.
   
    this proof of concept is built with a ZedBoard (Xilinx SoC Zynq 7020), featuring :
   
   
        
  •       Assymetric MultiProcessor : one ARM core for linux/tango device server and use the other one for a standalone bare metal app driving interlock (human safety can't rely on a non deterministic linux app)
  •     
  •       use Zynq internal XADC
  •     
  •       Communication between cores use Xilinx On Chip Memory
  •     
  •       Linux is custom Openembedded.
  •    
   
   
    Youtube here... with demo files
    paper here :
    https://docs.google.com/document/d/1glvFaKJogfreaWkISOiwTDw1JLJJtfZDZQDQ5kmIFsI