today in this video I have created an awesome cool project which can calculate the distance between the motion and the fixed position.
this is just a simple project but an awesome start for cool interesting project.
this just uses and open CV module and it uses motion detection technique with by using absolute difference we calculate the motion is happened between the two successive friends if the motion happens we calculate the distance between the points or we do not do anything.
GitHub link is below in this description.
please do not forget to press the like and subscribe button thank you.
# github link : [ Ссылка ]
# prev project [ Ссылка ]
# prev project
github : [ Ссылка ]
#####
* project *
handwritten digit recognition : [ Ссылка ]
addition using neural nets : [ Ссылка ]
how to learn machine learning : [ Ссылка ]
***********
############
if you enjoyed the video
then please
LIKE | SHARE | SUBSCRIBE
************
FACEBOOK : [ Ссылка ]
twitter : [ Ссылка ]
*************
github : [ Ссылка ]
please support me by subscribing me
tags :
machine learning projects, machine learning projects in python with code, machine learning projects for beginners, machine learning projects in python, machine learning projects for students, machine learning projects in hindi, machine learning projects with source code, machine learning projects github, machine learning projects kaggle, machine learning projects in python hindi, machine learning projects ideas, machine learning projects udemy, machine learning projects in python for final year,opencv projects python, opencv projects with code, opencv projects python github, opencv projector calibration, opencv project, opencv projects for beginners, opencv projects, opencv projects raspberry pi, opencv projects github, opencv projects ideas, opencv projects python ideas, opencv projects with source code, opencv projection mapping,
-~-~~-~~~-~~-~-
Please watch: "Top 10 ML PROJECTS for college students | Practical ml project with GITHUB"
[ Ссылка ]
-~-~~-~~~-~~-~-
![](https://s2.save4k.ru/pic/AD2S1iyxxbI/maxresdefault.jpg)