Internet of Things using Augmented Reality in Unity IoTAR

Internet of Things using Augmented Reality in Unity IoTAR, available at $59.99, has an average rating of 4, with 43 lectures, 1 quizzes, based on 154 reviews, and has 2984 subscribers.

You will learn about Lab 1 – Where we set up out Particle Photon and blink an LED over the Web. Lab 2 – You will learn the basics of Augmented Reality by setting up Vuforia within the Unity environment… from downloading it to installation, as well as licencing. Lab 3 – Forms the basis of IoTAR where we blend the boundaries of Internet of thing with Augmented Reality with a simple web dashboard in AR. Lab 4 – We look at how we can look at ordinary connected objects differently using AR. The thirsty plant project shows just that. It is like you have x ray vision and able to see the water level of plant. Lab 5 – We use a light dependent resistor or LDR to control the light intensity of an augmented reality camp fire. Lab 6 – is really cool. Using Multiple Targets in Vuforia, we are able to measure distance in 3D! The app we creating is called RulAR which can make 3D measurement seamless. Lab 7 – gives you the powers of looking into a 3d skeleton and visualising a heart beating in real time from a pulse heart rate sensor connected to your particle photon. Lab 8 – You can visualise the temperature of any liquid chromatically. This means if your drink is hot, you AR cup will appear red. Lab 9 – We visualise force in augmented reality on a gauge as a percentage of total force using a force sensitive resistor. Lab 10 – We use our particle photon to detect alcohol gas and augments your reality with emissions of virtual gas. Lab 11 – We move away from the particle photon by fetching weather data off the web. We are able to retrieve the weather in AR for almost any city around the world in real time. This course is ideal for individuals who are This course is for those who want to learn Augmented Reality or This course is NOT for people who are not willing to practice along. You won't learn by watching but rather by implementing the labs that I provide in this course. or Beginners in Augmented Reality or Mixed Reality or This course is implemented in Unity on Windows. Android or iOS deployment is not part of the scope of this course. However you can easily find tutorials on how to export your AR app to mobile Operating Systems It is particularly useful for This course is for those who want to learn Augmented Reality or This course is NOT for people who are not willing to practice along. You won't learn by watching but rather by implementing the labs that I provide in this course. or Beginners in Augmented Reality or Mixed Reality or This course is implemented in Unity on Windows. Android or iOS deployment is not part of the scope of this course. However you can easily find tutorials on how to export your AR app to mobile Operating Systems.

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Summary

Title: Internet of Things using Augmented Reality in Unity IoTAR

Price: $59.99

Average Rating: 4

Number of Lectures: 43

Number of Quizzes: 1

Number of Published Lectures: 43

Number of Published Quizzes: 1

Number of Curriculum Items: 44

Number of Published Curriculum Objects: 44

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

• Lab 1 – Where we set up out Particle Photon and blink an LED over the Web.
• Lab 2 – You will learn the basics of Augmented Reality by setting up Vuforia within the Unity environment… from downloading it to installation, as well as licencing.
• Lab 3 – Forms the basis of IoTAR where we blend the boundaries of Internet of thing with Augmented Reality with a simple web dashboard in AR.
• Lab 4 – We look at how we can look at ordinary connected objects differently using AR. The thirsty plant project shows just that. It is like you have x ray vision and able to see the water level of plant.
• Lab 5 – We use a light dependent resistor or LDR to control the light intensity of an augmented reality camp fire.
• Lab 6 – is really cool. Using Multiple Targets in Vuforia, we are able to measure distance in 3D! The app we creating is called RulAR which can make 3D measurement seamless.
• Lab 7 – gives you the powers of looking into a 3d skeleton and visualising a heart beating in real time from a pulse heart rate sensor connected to your particle photon.
• Lab 8 – You can visualise the temperature of any liquid chromatically. This means if your drink is hot, you AR cup will appear red.
• Lab 9 – We visualise force in augmented reality on a gauge as a percentage of total force using a force sensitive resistor.
• Lab 10 – We use our particle photon to detect alcohol gas and augments your reality with emissions of virtual gas.
• Lab 11 – We move away from the particle photon by fetching weather data off the web. We are able to retrieve the weather in AR for almost any city around the world in real time.

Who Should Attend

• This course is for those who want to learn Augmented Reality
• This course is NOT for people who are not willing to practice along. You won't learn by watching but rather by implementing the labs that I provide in this course.
• Beginners in Augmented Reality or Mixed Reality
• This course is implemented in Unity on Windows. Android or iOS deployment is not part of the scope of this course. However you can easily find tutorials on how to export your AR app to mobile Operating Systems

Target Audiences

• This course is for those who want to learn Augmented Reality
• This course is NOT for people who are not willing to practice along. You won't learn by watching but rather by implementing the labs that I provide in this course.
• Beginners in Augmented Reality or Mixed Reality
• This course is implemented in Unity on Windows. Android or iOS deployment is not part of the scope of this course. However you can easily find tutorials on how to export your AR app to mobile Operating Systems