Based on the previous sections of this chapter, we have got a fairly good idea as to how everything needs to be brought under a single platform. Let's go in to the steps and have a look at how a line follower robot works.
- About the Author
- About the Reviewer
- Preface
- Setting up Intel Edison
- Weather Station (IoT)
- Overview of IoT and its usage
- Architecture of a typical IoT project
- Interfacing sensors with Intel Edison
- Explanation of the code
- Connecting the device and uploading to the cloud (dweet.io)
- Live use case of an IoT project - mini weather station
- Architecture of the system
- Hardware components and detailed circuit diagram
- Code for weather station stage 1, acquiring data from all the sensors and displaying it in the console
- Open-ended task for the reader
- Summary
- Overview of IoT and its usage
- Intel Edison and IoT (Home Automation)
- Controlling devices using the Internet - concepts
- REST services
- Instructions or alerts (present on most IoT platforms)
- Architecture
- Using Intel Edison to push data by using the MQTT protocol
- Getting data to Edison by using MQTT
- Home automation using Intel Edison, MQTT, Android, and WPF
- Android application for controlling Intel Edison using MQTT
- Windows Presentation Foundation application for controlling using MQTT
- Open-ended task for the reader
- Summary
- Intel Edison and Security System
- Autonomous Robotics with Intel Edison
- Architecture of a typical robotic system
- Intel Edison as a controller
- Connecting sensors to the Intel Edison
- Actuators - DC motors and servos
- More advanced motor drivers
- Line follower robot (patching everything together)
- Proportional integral derivative - based control
- Open-ended question for the reader
- Summary
- Manual Robotics with Intel Edison
Line follower robot (patching everything together)
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