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                    RESCUE 
                    Cooperative
              Navigation  
 for Rescue Robots
              
                  
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            | The Project RESCUE carried out at the Institute for Systems and Robotics will endow a team of outdoors robots with cooperative navigation capabilities, so as to demonstrate the ability of the robots to act individually and cooperatively in search and rescue-like operation scenarios. Search and Rescue
              (SAR) operations are a challenging application for Robotics since, due to their nature, they naturally foster advances in Artificial Vision, Navigation in outdoors unstructured environments, Distributed Artificial Intelligence and Intelligent Control. | 
	    
	   
            | This web page  addresses mainly the development
              on the Land
              Vehicle of the RESCUE project: Localization and Map Building. | 
	    
	  
	 	
	
         
          
             iRobot ATRV-Jr
              
                - 55 X 77.5 cm - 50 Kg
 
                - Payload: 25 Kg
 
                - Onboard Pentium III, Wireless
                  Ethernet IEEE 802.11b
 
                - 17 sonars
 
                - SICK Laser LMS
 
                - Pan and Tilt camera Sony EVI-D31
                  12x optical zoom
 
                - Inertial Sensors
 
                - Electronic Compass
 
                - GPS
 
                - 4-wheel differential drive, 2
                  servo DC motors
 
                - 3-6 hours autonomy
  
                   
               
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         Photos and Videos:  
      
        
         
         
        
         Experimental Results: 
         
      
        
        
          
            | Indoors
              experience: from a room to a corridor Sensors: Laser, sonars, odometry (only velocity) and video (only for
              ilustration)
             
              
                
		 
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            Outdoors
              experience: in a garden 
              Sensors: Laser, sonars, odometry (only velocity) GPS,
              Inertial, compass  and video
              
              
		
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            Outdoors
              / Indoors experience: a building entrance 
              Sensors: Laser, sonars,
              odometry (only velocity), GPS, Inertial, compass  and video
              
             
			- experience
 
              includes more photos and datashow (laser and
              sonar) 
		
               
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            Outdoors experience: 
              @ IST campus (Alameda) 
              Sensors: Laser, sonars,
              odometry (only velocity), GPS, Inertial, compass  and video
              
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        Outdoors experience: 
              @ Palácio de Cristal - Pavilhão Rosa Mota (Porto) 
              Sensors: Laser, sonars,
              odometry (only velocity), GPS, Inertial, compass  and video.
          The robot moved autonomously (reactive navigation)
              
		
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        Indoors experience: 
              3D reconstruction using a second Sick Laser  The results are presented using VRML, which requires an appropriate pluggin for your browser.
             
              experience (with different combinations) 
		
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