#human detection robot using arduino pdf

[attorneyandlawyer]

DESIGN AND CONSTRUCTION OF A HUMAN DETECTION ROBOT

DESIGN AND CONSTRUCTION OF A HUMAN DETECTION ROBOT

DESIGN AND CONSTRUCTION OF A HUMAN DETECTION ROBOT

ABSTRACT

The circuit breaker is an absolutely essential device in the modern world, and one of the most important safety mechanisms in your home. Whenever electrical wiring in a building has too much current flowing through it, these simple machines cut the power until somebody can fix the problem. Without circuit breakers (or the alternative,…

[ijtsrd]

Smart Solar Grass Cutter Robot

by Ajit Singh Shekhawat | Nikesh Kumar | Roopal Yadav | Siddharth Tyagi | Arun Pratap Singh "Smart Solar Grass Cutter Robot" 

Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-3 , April 2019, 

URL: https://www.ijtsrd.com/papers/ijtsrd23320.pdf

Paper URL: https://www.ijtsrd.com/engineering/mechanical-engineering/23320/smart-solar-grass-cutter-robot/ajit-singh-shekhawat

international journals in engineering, call for paper engineering, paper publication for engineering

Today, we know that solar energy is a renewable source of energy. And the fossils fuel may not be available in the future and it also pollutes to our environment. So we have to use, one of the most promising source of energy where everyone focusing on the concept of solar power and its utilization. Smartly grass cutting robot detects obstacles by the ultrasonic sensor with servo in wide range for avoiding obstacles without any need of human interaction. All the motors, sensors and cutting operation are automatically controlled by the Arduino and manually by Bluetooth module. And the cutting operation is performed by single metallic thread which is operated by DC motor 10000 rpm . Cutting robot batteries charged by a charging dock which is located in the ground separately. Charging dock is attached with the Solar panel and charging controller. 

[cbphysicalcomputing]

Week 3 - 21/2/19

To start this weeks lesson we looked at different robots.

The first Robot we looked at was the Heart Robot created by David McGoran, Roseanne Wakely and Paul O’Dowd of Rusty Squid in 2008.

This puppet-robot hybrid aims to show us how robots could show emotion in the future, and how we could react with them through different experiences.

The second robot we looked at was the Eyes Robot, also created by Rusty Squid, but in collaboration with the Bristol Robotics Lab.

This robot aims to show and add new understanding to how human eyes show emotion.

Rusty squid website - http://rustysquid.org.uk/

This week we also talked about the Thematic infographic assignment, we looked at an example of one titled - How green is the ipad?

Some potential ideas were: Warehouses, Home automation, How servos work, Comparing arduinos with previous technology, Microcontrollers over time, Space debris, Physical computing timeline, Industrial automation, Agriculture, and many more.

For the practical part of the lesson we looked at sensors and actuators. Sensors measure the environment and Actuators act on the environment.

We had the task to create a robot that would scan an area, then turn to the object that was closest to it. 

We needed many new parts to be able to complete this task. We needed a Servo, and an Ultrasonic sensor.

Servos are small devices that have a shaft that can be rotated depending on the signal they recieve. They have three wires that stick out; one for power, one for ground, and the final one is a control input line. 

Here is the datasheet for the servo i will be using: 

 http://www.ee.ic.ac.uk/pcheung/teaching/DE1_EE/stores/sg90_datasheet.pdf

An ultrasonic sensor measures distances using ultrasonic waves. It works by sending out an ultrasonic wave and measures the time it takes for the wave to get to the target place and back again.

Here is the datasheet for the Ultrasonic sensor: 

https://cdn.sparkfun.com/datasheets/Sensors/Proximity/HCSR04.pdf

We used the Ultrasonic sensor and attached it to a servo, that span around while the sensor was scanning. this recorded all the distances from the surrounding area. The code then told the sensor to go back to the closest object, by spinning back around on the servo.

Above is an image of the setup. I used my thermos mug as the ‘closest object’ that the sensor had to detect and in the end we got it to work. 

Below is the code i used to make it work.

[projectchampionz]

Design And Construction Of A Human Detection Robot

Design And Construction Of A Human Detection Robot

This Research Work is on Design And Construction Of A Human Detection Robot

Format: Ms Word Document

Pages:   75

Price: N 3,000

Chapters: 1-5

Get the Complete Project

Title Page

Certification/Declaration

Approval Page

Dedication

Acknowledgement

Abstract

Table of content

  Chapter 1

Introduction

1:1 Introduction

1:2 Background of the Study

1:3 Statements of Problems

1:4 Objectives of the Study

1:…

[lewiskdavid90]

95% off #Face Detection -Master Open CV with Digital Image Processing – $10

Face Detection – Digital Image Processing and Open CV using C++. Best course for face detection and Open CV

All Levels,  – 2 hours,  31 lectures 

Average rating 4.0/5 (4.0 (162 ratings) Instead of using a simple lifetime average, Udemy calculates a course’s star rating by considering a number of different factors such as the number of ratings, the age of ratings, and the likelihood of fraudulent ratings.)

Course requirements:

Basic computer understanding

Course description:

First of all let me tell you what is Open CV and what are the things that we can do using OpenCV. (If you are not familiar with Open CV),

OpenCV is a open source C++ library for digital image processing and computer vision, which can be used to create real-time face recognition and using it with embedded robotics and micro controllers for purpose like differentiating a particular color from an image having various colors.

Are you willing to become a programmer? Do you want to make software that sells? Do you want to present projects in your University and to score good marks? Do you wonder why you are not good at programming? Do you want to showcase your talent and present in front of your particular audience? Are you looking for getting projects as a freelancer but never got the opportunity? Do you want techniques and methods that will enhance your programming skills and more peoples would appreciate you for your works?

Solution to all this we will cover in this course.

“Few years back, I started learning programming and spent couple of months just to learn the basics. Then, for again a couple of months I spent my time learning advance of Open CV. Being in the same field for almost one year, I decided to start my own project. But I keep on stuck at various steps of my project as many of concepts were not cleared. I was not able to develop a simple software from the knowledge I gained. I was depressed and thinking to leave the programming.

Then one day, I decided to give it one more try. I wrote down all the parts of my programming knowledge where I had weak concepts. I started visiting forums and posting my questions to sharpen my skills and doubt clearance. And again tried to create that project with fewer difficulties. I repeated the same method again and dig a lot.

Now I got success; I am a professional programmer in C++ and OpenCV and now working with two companies.”

What you need is someone to teach you step by step every algorithm of OpenCV and C++, concepts which are widely used in programming and algorithms that are universal to each program. So that you can go forward without googling all day and night.

Just 2 hours, you need only two hours to end this course and to become a master of Open CV and C++ advance.

We have all the data collected from different resources at one place which includes:

Real time face detection and object tracking. Embed robotics and micro controllers. Differentiating specific colors from an image and video stream through the webcam. Do projects like human detecting bots, color following bots, laser toy gun bots, bots playing football, etc.

And you can see the whole curriculum of the course under this section.

Today you will have started-up in OpenCV and C++ that will lead to making you a successful programmer. Today if you spend time watching your videos of this course then you don’t need to google all time and collect resources.

Yes, you could spend hours learning how to do it on google, and then you have to sort out the good from the bad information. And spend hundred of dollars taking private coaching that explains how to do it, or you could buy all the information you need from this course for this little price.

This course can be taken by anyone, as it includes section starting from beginners to advance step by step. The programming files include comments on each line so that you won’t have a problem learning the program methodology.

I will be updating it time to time with new projects and projects integrated with micro controllers and Arduino and projects on demand. Yes, you can request us a project that you are looking for, and we will be creating and uploading it for you.

No other course for OpenCV or Digital image processing is as simple as this and in this much of details.

There is a summary page at the end of each section to sum up every topic under that section. You can ask me for help if you stuck or find any difficulty i

Reviews:

“The course is very detailed and helpful, the instructor teaches you everything you need to know then during the project he reminds you how to do the coding and shows all the work so there’s no guessing game.” (Zalina Shervashidze)

“the teacher has a very bad pronunciation which make it very difficult to understand what he is saying. The speed of the lessons could be a bit faster and less redundant.” (Felipe Barriga)

“Not worth it. Instructor uses too much pdf files, and too little Videos to explain the topic. However, it explains how to use viola jones algorithm, but there is so much material on internet on this topic, it is just not worth buying this course.” (Janko Povolny)

  About Instructor:

TweakCoder eLearning Solutions

Tweakcoder is an India-based leading publisher of high-quality eLearning solutions. Our expert team creates the web, mobile, and game development courses with comprehensive material and hands-on examples. We emphasise on teaching real life skills that are essential for progressing in today’s commercial environment. Our aim is to empower the students with easy to understand, but high-quality content using studio quality narrated videos backed-up with practical hands-on examples and comprehensive working files. Our teaching team consists of trained professionals having real-world expertise in their respective fields. The entirely online, self-paced learning model allows students to learn at their own pace. We are always looking forward to your comments, questions, suggestions and reviews to help us serve you better.

Instructor Other Courses:

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