SELF TRACKING DRONE. How it works?

The Zano flying camera is a great tool for snapping pictures of yourself—and it’s far more sophisticated than a selfie stick. The $300 quadcopter uses a suite of instruments to dodge obstacles while autonomously tracking its subjects whether they’re walking through an office, biking down mountain trails, or even diving off cliffs. Lead engineer Ivan Reedman of Torquing Group advises against underestimating Zano’s abilities: “It’s not just a selfie drone.”

REMOTE CONTROL

Zano connects to a user’s smartphone via Wi-Fi. Users can pilot the drone using a virtual joystick on their smartphone screen; they can adjust its altitude via a simple slide bar; and they can instruct the camera to stay fixed or rotate to capture different views.

TRACKING OUTDOORS

In follow mode, a user sets the drone to trail the phone at a fixed distance. Outdoors, Zano establishes and sustains its position relative to the phone using GPS, gyroscopes, accelerometers, sonar, and a barometric pressure sensor that helps it estimate altitude. “Even if you’re moving, Zano will maintain its focus on you,” says Reedman

OBSTACLE AVOIDANCE

Infrared sensors prevent Zano from crashing into obstacles, but Reedman and his team also designed the drones so they won’t run into one another. Every Zano has a unique identification number, along with a small lowfrequency radio. If one approaches within 150 feet of another, they will recognize each other via radio and adjust their flight paths accordingly.

INVISIBLE TETHER

To maintain its Wi-Fi connection and comply with aviation regulations, the drone never drifts outside a predetermined maximum distance from the user’s smartphone. “If it gets out of range, it will either land or go to where you were last,” Reedman says

INDOOR AUTONOMY

Inside, GPS is unreliable, and a slammed door is enough to throw off the barometric sensor, so Zano relies on other techniques. A sonar constantly pings the floor, gauging the drone’s height, and five infrared transceivers bounce signals off the walls and ceiling. The device’s microcontroller parses this data a thousand times per second to determine whether Zano is in the right position—or heading for a wall.

Comments

Why do the Indian telecom operators offer their services with 28 days validity, not 30 days?😡😡

Here telecom operator are very clever, b ecause telecom operators want to earn money of 13 months instead of 12 months. Let do the calculation and find out why telecom operators are offering 28 days validity. Each month they get 2 days more, therefore in a year they get additional 24 days. There are 7 month which has 31 days so they get additional 7 days.Now in case of February ,it has only 28 days not 30. So the total number of days they get are=24+7-2=29 days. So if you recharge 12 times then more 29 days are left in a year.🤔🤔 Means for another 29 days you have to recharge from that telecom operator.😫😫 So you have to recharge 13 times in a year instead of 12 times in a year. So telecom operators provide 28 days validity only. First one telecom operator started and then another telecom operators also understood this concept and they also applied 28 days validity both in data packs and voice packs.😱😱😱

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