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Bin can wear backpacks now thanks to the University of Washington – BGR

Wooden clothes are all rage for us people who deliver all kinds of useful information about our bodies and surroundings. Now, researchers from the University of Washington have developed a portable system for a much, much smaller creature. Engineers from the university created small sensor-packed "backpacks" for hops. As you may have guessed, the devices do not ship information to bin themselves, but instead tramp data back to researchers for a variety of purposes. With small rechargeable batteries that last for about seven hours, the backpacks collect data about space as well as temperature and humidity. These measurements can be used to paint a picture of the health of a plant life in a particular area, and it is collected without the use of robot drones. [embedded content] [embedded content] As scientists explain, drones are good at collecting useful information about crop health and other environmental statistics, but they burn too fast to make them viable. Bin, on the other hand, flies hours and hours, and a sensor that is small to be worn by an insect can passively collect data that the bug goes about its activities. "Drones can fly for maybe 10 or 20 minutes before they have to load again, while our bin can collect data for hours," said Shyam Gollakota, professor at the University of Washington and co-author of the work. "We showed for the first time it is possible to actually make all this calculation and feel like using insects instead of drones. " The…

Wooden clothes are all rage for us people who deliver all kinds of useful information about our bodies and surroundings. Now, researchers from the University of Washington have developed a portable system for a much, much smaller creature. Engineers from the university created small sensor-packed “backpacks” for hops.

As you may have guessed, the devices do not ship information to bin themselves, but instead tramp data back to researchers for a variety of purposes. With small rechargeable batteries that last for about seven hours, the backpacks collect data about space as well as temperature and humidity. These measurements can be used to paint a picture of the health of a plant life in a particular area, and it is collected without the use of robot drones.

As scientists explain, drones are good at collecting useful information about crop health and other environmental statistics, but they burn too fast to make them viable. Bin, on the other hand, flies hours and hours, and a sensor that is small to be worn by an insect can passively collect data that the bug goes about its activities.

“Drones can fly for maybe 10 or 20 minutes before they have to load again, while our bin can collect data for hours,” said Shyam Gollakota, professor at the University of Washington and co-author of the work. “We showed for the first time it is possible to actually make all this calculation and feel like using insects instead of drones. “

The backpack weighs only 102 milligrams, as scientists say is about the weight of seven grain dry rice. The small batteries in The backpacks recharge after the insects returned to their beehive in the evening, collecting data collected by the sensors.

The team says that data like this can be used to help farmers track the health of their crops by seeing where bones travel and at what times.

Image Source: University of Washington


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