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UAVS	
  Summer	
  School	
  
Matera	
  July	
  27-­‐31	
  2015	
  
ApulAlba	
  Team:	
  
Antonio	
  Novelli	
  -­‐-­‐	
  T...
The	
  Aim	
  of	
  the	
  Course	
  
•  Learning	
  how	
  to	
  set	
  up	
  an	
  UAS	
  and	
  planning	
  
the	
  pre...
Our	
  Project	
  
Mission	
  Planner	
  
Experimental	
  Site	
  
1st	
  Step:	
  
	
  
-­‐  Draw	
  the	
  polygon;	
  
...
Our	
  Project	
  
Take	
  off	
  
Our	
  Project	
  
Landing	
  
Our	
  Project	
  
AgisoA	
  Photoscan	
  
2nd	
  Step:	
  
	
  
-­‐  Import	
  of	
  the	
  
pictores	
  acquired	
  
by	...
Our	
  Project	
  
2nd	
  Step:	
  
	
  
-­‐  Import	
  of	
  the	
  
pictores	
  captured	
  
by	
  the	
  drone	
  
came...
Our	
  Project	
  
DEM	
  
2nd	
  Step:	
  
	
  
-­‐  Import	
  of	
  the	
  
pictores	
  captured	
  
by	
  the	
  drone	...
Our	
  Project	
  
ArcGIS	
  
3rd	
  Step:	
  
	
  
-­‐  Ortophoto	
   used	
  
o n	
   f o l l o w i n g	
  
classificaIon...
Our	
  Project	
  
U n s u p e r v i s e d	
  
classificaIon:	
  
2	
  output	
  classes	
  
Our	
  Project	
  
U n s u p e r v i s e d	
  
classificaIon:	
  
5	
  output	
  classes	
  
Our	
  Project	
  
U n s u p e r v i s e d	
  
classificaIon:	
  
11	
  output	
  classes	
  
Our	
  Project	
  
Our	
  Project	
  
Conclusion	
  
What	
  have	
  we	
  learned?	
  
•  How	
  to	
  plan	
  a	
  flight;	
  
•  How	
  to	
  assemble	
  a	
 ...
The	
  Future	
  prespec4ve	
  
Conclusion	
  
Conclusion	
  
The	
  Future	
  prespec4ve	
  
The	
  Future	
  prespec4ve	
  
Conclusion	
  
Our	
  Project	
  
Thanks	
  for	
  your	
  a9en4on	
  
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Student Project

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Team: Antonio Novelli -- Teo Berloco –
Cipriano Loiudice -- Lydra Qeraxhiu

Published in: Education
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Student Project

  1. 1. UAVS  Summer  School   Matera  July  27-­‐31  2015   ApulAlba  Team:   Antonio  Novelli  -­‐-­‐  Teo  Berloco  –     Cipriano  Loiudice  -­‐-­‐  Lydra  Qeraxhiu  
  2. 2. The  Aim  of  the  Course   •  Learning  how  to  set  up  an  UAS  and  planning   the  pre-­‐flight;   •  Learning   how   to   use   specific   programms   (Mission  Planner;  AgisoA  Photoscan;  Xeneth)   •  Post-­‐processing   of   images   acquired   in   Experimental  Sites;  
  3. 3. Our  Project   Mission  Planner   Experimental  Site   1st  Step:     -­‐  Draw  the  polygon;   -­‐  Set  the  WPs;   -­‐  Set  the  overlapping   raIo;  
  4. 4. Our  Project   Take  off  
  5. 5. Our  Project   Landing  
  6. 6. Our  Project   AgisoA  Photoscan   2nd  Step:     -­‐  Import  of  the   pictores  acquired   by  the  drone   cameras;   -­‐  Align  of  the  ictures;   -­‐  Dense  Cloud,  Mesh   and  Texture  steps;  
  7. 7. Our  Project   2nd  Step:     -­‐  Import  of  the   pictores  captured   by  the  drone   cameras;   -­‐  Align  of  the  ictures;   -­‐  Dense  Cloud,  Mesh   and  Texture  steps;   Ortophoto  
  8. 8. Our  Project   DEM   2nd  Step:     -­‐  Import  of  the   pictores  captured   by  the  drone   cameras;   -­‐  Align  of  the  ictures;   -­‐  Dense  Cloud,  Mesh   and  Texture  steps;  
  9. 9. Our  Project   ArcGIS   3rd  Step:     -­‐  Ortophoto   used   o n   f o l l o w i n g   classificaIons  
  10. 10. Our  Project   U n s u p e r v i s e d   classificaIon:   2  output  classes  
  11. 11. Our  Project   U n s u p e r v i s e d   classificaIon:   5  output  classes  
  12. 12. Our  Project   U n s u p e r v i s e d   classificaIon:   11  output  classes  
  13. 13. Our  Project  
  14. 14. Our  Project  
  15. 15. Conclusion   What  have  we  learned?   •  How  to  plan  a  flight;   •  How  to  assemble  a  UAS   •  How  to  use  the  basic  tools  of  the  soAware;   •  How  to  integrate  outputs  from  different  soAware;  
  16. 16. The  Future  prespec4ve   Conclusion  
  17. 17. Conclusion   The  Future  prespec4ve  
  18. 18. The  Future  prespec4ve   Conclusion  
  19. 19. Our  Project   Thanks  for  your  a9en4on  

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