EEWORLD University ---- 3D TOF Robot: Obstacle Detection, Collision Avoidance and Navigation

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EEWORLD University ---- 3D TOF Robot: Obstacle Detection, Collision Avoidance and Navigation [Copy link]

3D TOF Robotics: Obstacle Detection, Collision Avoidance and Navigation : https://training.eeworld.com.cn/course/4984

linux_cc

3D TOF Robotics: Obstacle Detection, Collision Avoidance and Navigation Learning.

hello_mcu

Learn new videos, new knowledge.

shakencity

Obstacle detection, collision avoidance and navigation

zly1986ZLY

Great video, great learning!

zwei9

Study

led2015

Study

06010601

Learn new videos, new knowledge.

zx1988ZX

I learned a lot and broadened my mind, which is great!

打破传统

I learned that 3D time-of-flight sensors are very suitable for obstacle detection, collision avoidance, and navigation. They are very suitable for indoor sweeping robots!

zxw1126

TI 3D time-of-flight sensors work by illuminating a scene with modulated light and measuring the phase delay of the returning light.

EricCheng

I learned how to use TI's time-of-flight sensor for obstacle detection, which is very useful on sweeping robots.

刘坚果

The 3D anti-collision robot has very high requirements for space detection, recognition, and image filtering, and it is still very useful in spaces such as fire protection, sewers, and other toxic and harmful spaces.

wudianjun2001

3D TOF Robotics: Obstacle Detection, Collision Avoidance and Navigation

aqu2k

To avoid collision, we mainly rely on setting action boundaries!

yanhaijian

There are many application scenarios for 3D TOF sensors. I think the current bottleneck is that the sensor is expensive and the development of the optical part is difficult.

wei_huanghmh

This is my first time to see 3D TOF. Through the introduction in the video, I have a general understanding of it!

wlt123

The application of sensors is too extensive and requires in-depth research

liubingyue

Indoors where GPS is difficult to reach, TOF technology can indeed achieve the functions of obstacle detection and navigation and avoidance, providing a good solution. I also hope to have a more detailed introduction in terms of circuits and implementation.

szjm-slm

I have been studying lidar, ultrasound, and binocular vision for obstacle detection, collision avoidance, and navigation. Recently, I discovered that ToF sensors are also an efficient solution. ToF can also build a map while moving. I plan to study it and add a new option to the system I am researching.