Drone Programming with Python Face Recognition Tracking

Drone Programming with Python – Face Recognition & Tracking, available at $79.99, has an average rating of 4.3, with 45 lectures, based on 381 reviews, and has 3386 subscribers.

You will learn about Remote automatic drone operation using Python Face recognition programming using OpenCV How to implement a web camera app using Flasks web framework Automatic tracking using face recognition with drone camera This course is ideal for individuals who are People who are interested in programming drones. or People who are interested in the next generation of autonomous driving and elementary image recognition or People who are willing to develop an app using Python It is particularly useful for People who are interested in programming drones. or People who are interested in the next generation of autonomous driving and elementary image recognition or People who are willing to develop an app using Python.

Enroll now: Drone Programming with Python – Face Recognition & Tracking

Summary

Title: Drone Programming with Python – Face Recognition & Tracking

Price: $79.99

Average Rating: 4.3

Number of Lectures: 45

Number of Published Lectures: 45

Number of Curriculum Items: 45

Number of Published Curriculum Objects: 45

Original Price: $69.99

Quality Status: approved

Status: Live

What You Will Learn

Remote automatic drone operation using Python

Face recognition programming using OpenCV

How to implement a web camera app using Flasks web framework

Automatic tracking using face recognition with drone camera

Who Should Attend

People who are interested in programming drones.

People who are interested in the next generation of autonomous driving and elementary image recognition

People who are willing to develop an app using Python

Target Audiences

People who are interested in programming drones.

People who are interested in the next generation of autonomous driving and elementary image recognition

People who are willing to develop an app using Python

As you may know, robot technology is now very advanced. As an engineer working in one of the top IT companies in Silicon Valley for over 12 years, I feel that the trend to replace humans with robots will continue for quite a long time

In this course, we will be going to learn the following, using a toy drone that can fly indoors.

-Drone operation using Python

-Face recognition with OpenCV using the drone camera

-Web framework and web camera

-Automatic tracking

-Drone flight game (shake your smartphone)

Starting off with a toy drone will be a great way to start off your robot programming experience while you get used to Python. This is also an easy and fun way for your children to start coding. Now, let’s get started with drone programming and be ahead of the robot technology trend!

Course Curriculum

Chapter 1: Introduction to the course

Lecture 1: Why Python and Drone programming?

Lecture 2: What you need for this course

Lecture 3: Notes before going into this course

Lecture 4: Prior knowledge

Chapter 2: Operate your drone with an app

Lecture 1: Operate your drone with an app

Lecture 2: Block programming your drone

Lecture 3: Play drone games using scratch

Chapter 3: Environment settings

Lecture 1: Setup Python Development Environment on Mac

Lecture 2: Setup Python Development Environment on Windows

Chapter 4: Source code for this course

Lecture 1: Download the source codes

Chapter 5: OpenCV

Lecture 1: Install OpenCV on Mac

Lecture 2: Install OpenCV on Windows

Lecture 3: Use OpenCV for face recognition

Lecture 4: Face recognition with an image

Lecture 5: Face recognition with video

Chapter 6: Remote control your drone

Lecture 1: Tello document and SDK

Lecture 2: Takeoff and Landing

Lecture 3: Receiving response from the drone

Lecture 4: Manage the drone to fly

Lecture 5: Manage the drone speed

Lecture 6: Manage the drone to rotate

Lecture 7: Manage the drone to flip

Lecture 8: Program the drone to patrol

Chapter 7: Creating the drone app framework

Lecture 1: Installing packages

Lecture 2: Config

Lecture 3: Setting Flask

Lecture 4: jQuery and jQuery mobile

Lecture 5: Creating the Index page

Lecture 6: Extending the layouts

Lecture 7: Using POST to send commands to the back end

Lecture 8: Adding command buttons

Lecture 9: Singleton

Chapter 8: Tracking with face recognition using your drone cam

Lecture 1: Manage drone with WEBUI

Lecture 2: Live stream from your drone camera

Lecture 3: Stream video on the web cam

Lecture 4: Face recognition with drone camera

Lecture 5: Tracking with drone camera

Lecture 6: Snapshot from the drone cam

Chapter 9: Creating a Drone Game

Lecture 1: Shake Game Overview

Lecture 2: Creating the course class

Lecture 3: Display the course

Lecture 4: Fly the drone on the course

Lecture 5: Receive shake event from your smart phone

Lecture 6: Smartphone Shake Game

Lecture 7: Updating your codes

Instructors

酒井 潤 (Jun Sakai)
アメリカ シリコンバレー現役エンジニア、東アジア競技大会 金メダリスト サッカー選手

Sara Freixas
English, Japanese and Spanish translator

Rating Distribution

1 stars: 8 votes

2 stars: 12 votes

3 stars: 42 votes

4 stars: 113 votes

5 stars: 206 votes

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