Of robots equipped with this technology could include browse rubble after accidents or natural disasters to search for survivors. The robots work in tandem using a mapping algorithm and simultaneous localization (English Simultaneous Localization And Mapping , or SLAM) working on the fly. Alternatively, a device on one side of a structure transmits a wireless signal while the other, on the opposite side picks up the signal. Radio waves passing through the unknown area, the objects therein attenuate the signal differently depending on their position and composition.
To see through walls, the robots use a mapping algorithm and simultaneous localization. The image at the center shows the sectional view of the structure. The right image shows what the robots see. The percentage represents the number of records Wi-Fi compared to the total number of pixels unknown. © UC Santa Barbara
http://androidstars.newsvine.com/_news/2014/08/05/25184677-two-separate-species-by-the-wallace-line
http://androidgeek.ucoz.com/blog/right_to_be_forgotten_google_in_trouble_with_the_flood_of_requests/2014-08-06-13
http://carmiell.blogspot.com/2014/08/video-two-tourists-on-back-of-whale.html
By measuring these variations with a wave propagation model that the system can map a content structure and determining where the solid objects and blank spaces. To improve the resolution of the images, the team from UC Santa Barbara with his robots with directional antennas. The system, which can be seen demonstrated in this YouTube video , is not limited to robots. " This technology can be integrated with any Wi-Fi device , "the researchers explain. It could be used with a Wi-Fi network fixed and then be used to monitor a building or a room to detect intrusions or estimate the number of occupants, for example, adjust the temperature.
Researchers still cite other possible uses for archaeological research or to detect and classify objects without touching a structure. Development work is ongoing to develop other applications and develop technology. Including references to associate the system to guide laser to improve spatial accuracy and resolution of the mapping.
To see through walls, the robots use a mapping algorithm and simultaneous localization. The image at the center shows the sectional view of the structure. The right image shows what the robots see. The percentage represents the number of records Wi-Fi compared to the total number of pixels unknown. © UC Santa Barbara
http://androidstars.newsvine.com/_news/2014/08/05/25184677-two-separate-species-by-the-wallace-line
http://androidgeek.ucoz.com/blog/right_to_be_forgotten_google_in_trouble_with_the_flood_of_requests/2014-08-06-13
http://carmiell.blogspot.com/2014/08/video-two-tourists-on-back-of-whale.html
By measuring these variations with a wave propagation model that the system can map a content structure and determining where the solid objects and blank spaces. To improve the resolution of the images, the team from UC Santa Barbara with his robots with directional antennas. The system, which can be seen demonstrated in this YouTube video , is not limited to robots. " This technology can be integrated with any Wi-Fi device , "the researchers explain. It could be used with a Wi-Fi network fixed and then be used to monitor a building or a room to detect intrusions or estimate the number of occupants, for example, adjust the temperature.
Researchers still cite other possible uses for archaeological research or to detect and classify objects without touching a structure. Development work is ongoing to develop other applications and develop technology. Including references to associate the system to guide laser to improve spatial accuracy and resolution of the mapping.
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