Audio Transcript Auto-generated
- 00:02 - 00:02
Hello, class.
- 00:03 - 00:06
My name is Adrian Lopez, and I will be going
- 00:06 - 00:07
over unmanned air system sensors.
- 00:11 - 00:14
A few type of censures involved the infrared camera.
- 00:15 - 00:19
The electro optical in light are, which is short for
- 00:19 - 00:19
light and radar.
- 00:20 - 00:21
The gyroscope in barometer.
- 00:29 - 00:34
The infrared sensor gets its visual imaging based off of
- 00:34 - 00:36
the heat that emits from out objects.
- 00:39 - 00:45
The heat coming off of a object can differ, though,
- 00:46 - 00:50
because, say, after a rainstorm, stuff tends to cool down
- 00:51 - 00:54
and whenever it when it cools down, this could make
- 00:54 - 00:56
it much harder to be able to see what infrared
- 00:56 - 01:04
sensor camera.
- 01:06 - 01:07
This allows the life you to see what's wrong.
- 01:08 - 01:11
A good example of this is the racing drums.
- 01:12 - 01:17
Most competitors have their drones fitting, fitted with a camera
- 01:18 - 01:24
that feeds a live feed Visual to the head said
- 01:24 - 01:29
they were while racing with the life camera.
- 01:29 - 01:31
This allows you to be able to see what your
- 01:32 - 01:36
germs sees to avoid obstacles and to get a good
- 01:36 - 01:46
picture of what is around electro optical.
- 01:48 - 01:51
This type of sensor used is both thermal and night
- 01:52 - 01:56
vision. Like the infrared, it uses thermal technology to be
- 01:56 - 01:57
able to see the heat coming off of an object
- 01:58 - 02:03
to get a visual, but it also has night vision,
- 02:04 - 02:05
and it achieves its night vision.
- 02:06 - 02:11
By taking a lowly area and adjusting the picture to
- 02:12 - 02:16
wear the user, we'll see it much more lit up,
- 02:16 - 02:18
clear, envision and visual.
- 02:20 - 02:23
This allows it to be used past daylight hours.
- 02:25 - 02:28
The thermal can be used during the day, time to
- 02:28 - 02:28
be able to see everything.
- 02:29 - 02:32
Oh, a thermal imagery, and the night vision allows it
- 02:32 - 02:35
to the user to be able to use it past
- 02:35 - 02:47
typical times the light ever since here or like and
- 02:47 - 02:52
radar. This sensor uses radiation division allies, and it does
- 02:52 - 02:55
this by using the same concept of a submarine.
- 02:57 - 03:00
It sends a signal from the sensor that goes to
- 03:01 - 03:06
the surface to read irradiation and bounce back, and it
- 03:06 - 03:12
uses this system to be able to see how far
- 03:12 - 03:16
the object is, what the object looks like based off
- 03:17 - 03:18
the time it takes from it.
- 03:18 - 03:21
They get sent the signal, get from the sensor to
- 03:21 - 03:25
the ground and back, and it takes this time and
- 03:25 - 03:27
adjust it and does the math of it to see
- 03:28 - 03:36
the distance and what it looks like and you have
- 03:37 - 03:42
your gyroscope in your barometer, your gyroscope is a system
- 03:43 - 03:46
that is on the drone, which allows send signals to
- 03:47 - 03:51
the controller to show to be able to keep a
- 03:51 - 03:52
level flight of the room.
- 03:53 - 03:55
And if it turns any, which way are they left
- 03:56 - 04:00
right. It sends a signal to the controller to let
- 04:00 - 04:02
them know so they can adjust and get back on
- 04:02 - 04:03
the straight and level flight.
- 04:05 - 04:11
The barometer uses a system inside of the drone to
- 04:11 - 04:13
be able to tell based off the pressure of what
- 04:13 - 04:18
the drone is feeling the altitude and these to work
- 04:18 - 04:24
in comparison to keep the dragoon at a level flight
- 04:25 - 04:29
the correct altitude to avoid objects so that you can
- 04:30 - 04:32
use your sensors to get a visual.
- 04:42 - 04:46
This is my references pages of the information I used
- 04:47 - 04:48
to fill out this Prezi.
- 04:53 - 04:55
Thank you for your time and have a good day