Index
A
- actuators / Introduce sound sensors and actuators
- working / Introduce sound sensors and actuators
- Adafruit Electret Microphone Breakout
- reference / Introduce sound sensors and actuators
- Adafruit HUZZAH with ESP8266 Wi-Fi
- reference / IoT boards based on ESP8266 MCU?
- Adafruit Python DHT Sensor library
- reference / Sensing through sensor devices
- Amazon AWS
- about / Amazon AWS IoT
- Amazon AWS IoT
- about / Amazon AWS IoT
- Arduino
- about / Arduino
- Arduino 101
- Arduino API
- reference / Sensing and actuating on Arduino devices
- Arduino board
- URL / Setting up Arduino Cloud
- Arduino boards
- references / Arduino
- Arduino Cloud
- about / Arduino Cloud
- references / Arduino Cloud
- setting up / Setting up Arduino Cloud
- DHT-22 sensor, wiring / Wiring for demo
- library, adding / Adding Arduino Cloud library
- web SSL certificate, updating / Updating Arduino Cloud web SSL certificate
- program, writing / Writing program for Arduino Cloud
- Arduino devices
- actuating on / Sensing and actuating on Arduino devices
- sensing / Sensing and actuating on Arduino devices
- Arduino MKR1000
- Arduino MKR1000 board
- URL / Arduino Cloud
- Arduino software
- download link / Sensing and actuating on Arduino devices
- Arduino Wi-Fi Shield 101
- reference / Arduino
- assembled robot platform / Assembled robot platform
- about / Assembled robot platform
- Zumo Robot for Arduino / Assembled robot platform
- Zumo 32U4 Robot / Assembled robot platform
- Makeblock mBot V1.1 / Assembled robot platform
- assembly / Assembly
- autonomous car
- building / Making your own autonomous car
- autonomous robotic systems
- issues / Introducing autonomous systems
- autonomous system
- about / Introducing autonomous systems
- key elements / Introducing autonomous systems
- Azure IoT SDK
- references / Writing program
- Azure machine learning
- deploying / Deploying Azure Machine learning
- publishing, as web service / Publishing Azure ML as web service
B
- basic statistics
- Bayesian probability
- about / Bayesian
- BeagleBone Black (BBB)
- about / BeagleBone Black and Green
- reference / BeagleBone Black and Green
- BeagleBone Green (BBG)
- about / BeagleBone Black and Green
- reference / BeagleBone Black and Green
- buzzer
- about / Introduce sound sensors and actuators
- reference / Introduce sound sensors and actuators
- buzzer actuator form / Introduce sound sensors and actuators
C
- camera modules
- working with / Working with camera modules
- based on CSI interface / Camera modules based on the CSI interface
- based on USB interface / Camera modules based on USB interface
- based on serial interface / Camera modules-based serial interface
- with multi-interfaces / Camera modules with multi-interfaces
- accessing, from OpenCV library / Accessing camera modules from the OpenCV library
- car-based GPS
- building / Building a car-based GPS
- car robot
- building / Building your own car robot
- controlling, from computer / Controlling a car robot from a computer, How do we get it to work?
- checklist of features, for designing car robot
- objective / Building your own car robot
- MCU / Building your own car robot
- battery / Building your own car robot
- actuators / Building your own car robot
- sensors / Building your own car robot
- circle Hough Transform (CHT) / Building a simple program with OpenCV
- cloud-based data science
- about / Introducing cloud-based data science
- example / Introducing cloud-based data science
- building / Building data science-based cloud
- Azure machine learning, deploying / Deploying Azure Machine learning
- Azure machine learning, publishing as web service / Publishing Azure ML as web service
- used, for creating IoT application / Make IoT application with data science-based cloud
- cloud-based server
- IoT boards, connecting to / Connecting IoT boards to cloud-based server
- Microsoft Azure IoT / Microsoft Azure IoT
- Amazon AWS IoT / Amazon AWS IoT
- Arduino Cloud / Arduino Cloud
- cloud technology
- about / Introduce cloud technology
- Software as a Service (SaaS) / Introduce cloud technology
- Platform as a Service (PaaS) / Introduce cloud technology
- Infrastructure as a Service (IaaS) / Introduce cloud technology
- compatible USB webcams, Raspberry Pi
- reference / Camera modules based on USB interface
- computer
- car robot, controlling from / Controlling a car robot from a computer, How do we get it to work?
- computer vision / Introducing machine vision
D
- DataFrame objects / Pandas
- data science
- decision maker (DM)
- about / Decision system-based Bayesian
- decision space
- about / Decision system-based Bayesian
- decision system
- about / Introduction to decision system and machine learning
- examples / Introduction to decision system and machine learning
- building, Python libraries for / Python libraries for building a decision system
- integrating / Integrating a decision system and IoT project
- decision system-based Bayesian
- decision system-based fuzzy logic
- decision system-based IoT
- building / Building your own decision system-based IoT
- wiring / Wiring
- Python program, writing / Writing the Python program
- testing / Testing
- enhancement / Enhancement
- Device Explorer tool
- URL / Registering IoT device
- DHT-22 module
- reference / Sensing and actuating on Arduino devices
- DHT Sensor library
- reference / Sensing and actuating on Arduino devices
- DIY (Do-It-Yourself) robot platforms
- about / DIY robot platforms
- SparkFun Inventor's Kit / DIY robot platforms
- DIY Smart Motor Robot Car / DIY robot platforms
- DIY Smart Motor Robot Car
- reference / DIY robot platforms
E
- EasyVR 3 & EasyVR Shield 3
- EasyVR library for Arduino
- reference / Setting up EasyVR shield 3
- EasyVR shield 3
- setting up / Setting up EasyVR shield 3
- Electret Microphone Breakout
- reference / Introduce sound sensors and actuators
- Electret Microphone Breakout, pin outs
- Emic 2
- ESP8266 forum
- reference / IoT boards based on ESP8266 MCU?
F
- firmware updater tool
- URL, for downloading / Updating Arduino Cloud web SSL certificate
- Flask library
- reference / Introducing map engine platforms
- Fritzing
- reference / Sensing and actuating on Arduino devices
- fuzzy logic
- about / Fuzzy logic
G
- Google Maps API
- reference / Introducing map engine platforms
- GPS module for navigation
- working with / Working with a GPS module for navigation, How do we get this to work?
- Grand Idea Studio
- Grove - Light Sensor(P)
- reference / Sensing and actuating on Arduino devices
H
- Hidden Markov Model (HMM) / Introduce pattern recognition for speech technology
I
- IoT application
- creating, cloud-based data science used / Make IoT application with data science-based cloud
- IoT board, making speak
- about / Make your IoT board speak
- setting up / Setting up
- wiring / Wiring
- sketch program, writing / Writing sketch program
- testing / Testing
- IoT boards
- connecting, to cloud-based server / Connecting IoT boards to cloud-based server
- IoT boards-based ESP8266 MCU
- about / IoT boards based on ESP8266 MCU?
- reference / IoT boards based on ESP8266 MCU?
- NodeMCU / IoT boards based on ESP8266 MCU?
- SparkFun ESP8266 Thing / IoT boards based on ESP8266 MCU?
- SparkFun ESP8266 Thing-Dev / IoT boards based on ESP8266 MCU?
- SparkFun Blynk board - ESP8266 / IoT boards based on ESP8266 MCU?
- Adafruit HUZZAH with ESP8266 Wi-Fi / IoT boards based on ESP8266 MCU?
- IoT boards-based TI CC3200 MCU
- about / IoT boards-based TI CC3200 MCU
- reference / IoT boards-based TI CC3200 MCU
- IoT device platforms
- about / IoT devices and platforms
- Arduino / Arduino
- Raspberry Pi / Raspberry Pi
- BeagleBone Black (BBB) / BeagleBone Black and Green
- BeagleBone Green (BBG) / BeagleBone Black and Green
- IoT boards-based ESP8266 MCU / IoT boards based on ESP8266 MCU?
- IoT boards-based TI CC3200 MCU / IoT boards-based TI CC3200 MCU
- IoT devices
- sensing / Sensing and actuating on IoT devices
- actuating on / Sensing and actuating on IoT devices
- iothub-explorer tool
- reference link / Registering IoT device
- IoT machine vision
- building / Building your own IoT machine vision
- IoT project
- integrating / Integrating a decision system and IoT project
- iris flower
- reference link / Building data science-based cloud
L
- Light sensor module
- reference / Sensing and actuating on Arduino devices
M
- machine learning
- machine learning fields
- about / Introducing machine vision
- machine vision
- about / Introducing machine vision
- building / Introducing machine vision
- Makeblock mBot V1.1
- reference / Assembled robot platform
- map engine platforms
- Markov Chain Monte Carlo (MCMC)
- about / Bayesian
- mBlock
- reference / Assembled robot platform
- MCU (Microprocessor Central Unit)
- about / Introducing mobile robots
- Microsoft Azure
- Microsoft Azure IoT
- about / Microsoft Azure IoT
- Microsoft Azure IoT Hub
- working, with / Working with Microsoft Azure IoT Hub
- URL / Working with Microsoft Azure IoT Hub
- setting up / Setting up Microsoft Azure IoT Hub
- IoT device, registering / Registering IoT device
- program, writing / Writing program
- Microsoft Azure Machine Learning
- references / Building data science-based cloud
- mobile robot
- about / Introducing mobile robots
- moving objects
- tracking vision system, building for / Building a tracking vision system for moving objects
N
- NewPing library
- reference / Working with the Pololu Zumo robot for Arduino
- NodeMCU
- about / IoT boards based on ESP8266 MCU?
- reference / IoT boards based on ESP8266 MCU?
- NumPy
O
- OpenCV
- reference / Introducing the OpenCV library
- deploying, on Raspberry Pi / Deploying OpenCV on Raspberry Pi
- simple program, building with / Building a simple program with OpenCV
- OpenCV library
- about / Introducing the OpenCV library
- reference / Introducing the OpenCV library
- camera modules, accessing from / Accessing camera modules from the OpenCV library
- OS software, Raspberry Pi board
- reference / Setting up
P
- Pan/Tilt
- reference link, for setup guidelines / Assembly
- Pan/Tilt, for Pixy
- reference / Building your own IoT machine vision
- Pandas
- passive buzzer / Introduce sound sensors and actuators
- pattern recognition
- about / Introducing machine vision, Introducing pattern recognition for machine vision, Introduce pattern recognition for speech technology
- for machine vision / Introducing pattern recognition for machine vision
- for speech technology / Introduce pattern recognition for speech technology
- PID class
- reference / Implementing PID controller in Python
- PID controller
- about / Introducing PID controller
- implementing, in Python / Implementing PID controller in Python
- used, for controlling room temperature / Controlling room temperature using PID controller
- pip
- reference, for installation guidelines / Building a simple program for statistics
- Pixy CMUcam
- reference / Camera modules with multi-interfaces
- Pixy CMUcam5
- deploying, on Raspberry Pi / Deploying Pixy CMUcam5 on Raspberry Pi
- reference link, for setup guidelines / Assembly
- Pixy CMUcam5 application
- testing / Testing
- streaming video, loading / Loading streaming video
- object, tracking / Tracking an object
- object, tracking with Pan/Tilt module / Tracking an object with a Pan/Tilt module
- running / Running the Python application
- signatures, clearing / Clearing all signatures
- Pixy CMUcam5 firmware
- updating / Updating the Pixy CMUcam5 firmware
- download link / Updating the Pixy CMUcam5 firmware
- Pixy CMUcam5 Sensor
- reference / Building your own IoT machine vision
- Pixy firmware 2.0.19
- download link / Updating the Pixy CMUcam5 firmware
- Pololu Zumo Arduino
- reference / Assembled robot platform
- Pololu Zumo robot for Arduino
- working with / Working with the Pololu Zumo robot for Arduino
- PyMC
- URL / Bayesian
- pyserial library
- reference / Controlling a car robot from a computer
- Python
- about / Python for computational statistics and data science
- reference / Python for computational statistics and data science
- PID controller, implementing in / Implementing PID controller in Python
- Python documents
- Python libraries
- for decision system, building / Python libraries for building a decision system
- Bayesian probability / Bayesian
- fuzzy logic / Fuzzy logic
- Python libraries, for statistics and data science
- about / Python libraries for computational statistics and data science
- NumPy / NumPy
- Pandas / Pandas
- SciPy / SciPy
- Scikit-learn / Scikit-learn
- Shogun / Shogun
- SymPy / SymPy
- Statsmodels / Statsmodels
R
- Raspberry Pi
- about / Raspberry Pi
- OpenCV, deploying on / Deploying OpenCV on Raspberry Pi
- Pixy CMUcam5, deploying on / Deploying Pixy CMUcam5 on Raspberry Pi
- Raspberry Pi, making speak
- about / Make Raspberry Pi speak
- setting up / Setting up
- Python program, writing / Writing Python program
- Raspberry Pi board
- OS, setting up / Setting up
- Raspberry Pi devices
- sensing / Sensing and actuating on Raspberry Pi devices
- actuating on / Sensing and actuating on Raspberry Pi devices
- Raspberry Pi GPIO
- accessing / Accessing Raspberry Pi GPIO
- Raspberry Pi models
- reference / Raspberry Pi
- Raspberry Pi OSes
- reference / Setting up
- Raspberry Pi Zero
- about / Raspberry Pi
- Raspbian
- reference / Setting up
- Readbear
- reference / IoT boards-based TI CC3200 MCU
- RHT03
- reference / Sensing and actuating on Arduino devices
- about / Sensing and actuating on Arduino devices
- Roomba
- reference / Making your own autonomous car
- room temperature
- controlling, PID controller used / Controlling room temperature using PID controller
- RPi.GPIO library
- reference / Accessing Raspberry Pi GPIO
S
- scikit-fuzzy
- URL / Fuzzy logic
- Scikit-learn
- about / Scikit-learn
- reference / Scikit-learn
- SciPy
- SeeedStudio
- reference / Camera modules with multi-interfaces
- sensor devices
- sensing through / Sensing through sensor devices
- Serial Plotter tool
- Shogun
- simple program
- building, for statistics / Building a simple program for statistics
- building, with OpenCV / Building a simple program with OpenCV
- Sketch API
- digitalRead() / Sensing and actuating on Arduino devices
- digitalWrite() / Sensing and actuating on Arduino devices
- analogRead() / Sensing and actuating on Arduino devices
- analogWrite() / Sensing and actuating on Arduino devices
- smart temperature controller
- SoftwareSerial library
- reference / Controlling a car robot from a computer
- sound sensors / Introduce sound sensors and actuators
- working / Introduce sound sensors and actuators
- SparkFun Blynk board - ESP8266
- about / IoT boards based on ESP8266 MCU?
- reference / IoT boards based on ESP8266 MCU?
- SparkFun ESP8266 Thing
- about / IoT boards based on ESP8266 MCU?
- reference / IoT boards based on ESP8266 MCU?
- SparkFun ESP8266 Thing-Dev
- reference / IoT boards based on ESP8266 MCU?
- about / IoT boards based on ESP8266 MCU?
- SparkFun Inventor's Kit, for RedBot
- reference / DIY robot platforms
- speech
- about / Introduce a speech technology
- research topics / Introduce a speech technology
- speech and sound modules, for IoT devices
- about / Reviewing speech and sound modules for IoT devices
- EasyVR 3 & EasyVR Shield 3 / Reviewing speech and sound modules for IoT devices
- Emic 2 / Reviewing speech and sound modules for IoT devices
- speech technology
- about / Introduce a speech technology
- statistics
- simple program, building for / Building a simple program for statistics
- Statsmodels
- about / Statsmodels
- reference / Statsmodels
- SymPy
T
- TinyGPS library
- reference / Working with a GPS module for navigation
- tracking vision system
- building, for moving objects / Building a tracking vision system for moving objects
U
- U-blox NEO-6M
- reference / Working with a GPS module for navigation
V
- voice commands, building for IoT projects
- about / Build your own voice commands for IoT projects, Building voice commands
- EasyVR shield 3, setting up / Setting up EasyVR shield 3
- voice command board, writing / Wiring your voice command board
- sketch program, writing / Writing sketch program
- testing / Testing
W
- wiringPi module
- reference / Accessing Raspberry Pi GPIO
Z
- Zumo 32U4 Robot
- reference / Assembled robot platform
- Zumo Robot for Arduino / Assembled robot platform