Using a zoom camera to identify object and laser to track

In summary, the mosquito killing laser system from the intellectual ventures lab uses a zoom camera to identify a mosquito and then directs a green laser to track and kill it. To determine the pointing angle of the laser, the system uses a coordinate rotation matrix and measures the pointing angle of the camera. However, it also needs to know the distance to the object in order to calculate the correct angle for the laser.
  • #1
william1234
2
0
Hey

You may have seen the mosquito killing laser system from the intellectual ventures lab.

In the description of the system they say the zoom camera identifies an object (mosquito) and from that they are able to direct a green laser on it and track it.

What I am wondering is how the system is able to go from identifying an object with a camera to actually know where to point the laser. This can be up to 100 feet away !

Any help would be greatly appreciated !
 
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  • #2
You need to know a few things: the location of the camera and laser relative to each other and the ability to measure the pointing angle of the camera.

After you identify the mosquito, you measure the pointing angle of the camera. You then use a coordinate rotation matrix to calculate what the pointing angle of the laser needs to be to point at the same object at which the camera is looking.
 
  • #3
Thank you for your answer.

But how can you come up with any angle for the laser if you don't know the distance to the object ?
 

1. How does a zoom camera identify an object?

A zoom camera uses a series of lenses to magnify an image, making it easier to identify small or distant objects. It captures light from the object and converts it into an electronic signal, which is then processed by software to enhance and clarify the image.

2. What is the purpose of using a laser to track an object?

A laser is used to track an object in order to accurately follow its movement and maintain focus on it. This is particularly useful when the object is moving quickly or erratically, as the laser can quickly adjust and track its position.

3. Can a zoom camera and laser track any type of object?

Yes, a zoom camera and laser can track a wide range of objects, including both stationary and moving objects. However, the effectiveness may vary depending on factors such as lighting conditions and the speed of the object.

4. How does a zoom camera and laser work together to track an object?

The zoom camera captures an image of the object, while the laser emits a beam of light that is directed towards the object. The laser beam reflects off the object and is detected by the camera, allowing it to calculate the position and movement of the object. The camera then adjusts its focus and zoom to keep the object in view.

5. What are some potential applications for using a zoom camera and laser to track objects?

There are many potential applications for this technology, including surveillance and security systems, wildlife monitoring, sports analysis, and military operations. It can also be used in scientific research and industrial settings to track and analyze the movement of objects.

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