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- Blowing-Whistle as Controller(BWaC) -----Project Brief and One-to-More Control Protocol #1
- Blowing-Whistle as Controller(BWaC) -----Complete hardware for the Project#2
- Blowing-Whistle as Controller(BWaC) ----- How to catch the sound from whistle #3
- Blowing-Whistle as Controller(BWaC) ----- Analyse the Spectrum with ArduinoFFT #4
- Blowing-Whistle as Controller(BWaC) -----Sonar Sensor and Servo Control #5
- Blowing-Whistle as Controller(BWaC) -----Pubnub over WiFi connection #6
- Blowing-Whistle as Controller(BWaC) -----Build Android APP for Pubnub service #7
- Blowing-Whistle as Controller(BWaC) -----Make use of ScheduleTable for Arduino #8
- Blowing-Whistle as Controller(BWaC) -----Architecture of the Arduino Sketch and Codes #9
- Blowing-Whistle as Controller(BWaC) -----Prototype Completed #10
- Blowing-Whistle as Controller(BWaC) -----Using Neural Network in arduino-MKR1000 Board #11
- It Starts!
- Design for a Cause - Design Challenge Update
- Roadblock with SD Card slot on MKR SD Proto Shield
- 5" TFT Display and Module RA8875
- Touch Screen Buttons
- Text Placement
- Audio Module and placement of push button
- Connection Issues
- Interesting Situation
- Sketches and things that will make you scratch your head
- Final Week...
- Need Assistance
- Completed Project!
- Seeing EyeDuino - Blog #1 Concept
- Seeing Eyeduino - Blog #2 "Robot Chassis and more"
- SeeingEyeduino - Working Braille Finger Pad : Blog #3
- Seeing Eyeduino - Blog #4 Motors and more
- Seeing EyeDuino - Blog #5 - Robot code
- Seeing EyeDuino - Issues and decisions - Blog #6
- SeeingEyeduino - Blog #7 - Assembling the project
- Seeing EyeDuino - Coding complete - Blog #8
- Seeing EyeDuino - All wired and ready for trial run - Blog #9
- Seeing EyeDuino - Project summary - Blog #10A
- Seeing Eyeduino - Final blog 10b - Working Project
- Design for a Cause - 2nd place Prizes
- Week 1 - Planning and Unboxing
- Week 2 - Design Layout and Identifying Challenges
- Week 3 - Thinking About Vectors
- Week 4 - Looking At Audio
- Week 5 - Getting Down To Business
- Week 6 - Calibration and Communication
- Week 7 (and a half?) Video Mini-Update - Audio Amp & Power Supply For Arduino
- Week 8(?) - Putting It All Together
- Week 9ish - Code and Function Overview
- Week 10! - Wrap-up
- Audio4Vision #1 - Introduction and Plan of Action
- Audio4Vision #2 - Initial research: ResNet as a starting point
- Audio4Vision #3 - SD card and WiFi setup in MKR1000
- Audio4Vision #4 - Show and Tell: Image Caption Generator Neural Network
- Audio4Vision #5 - Show and Tell: More Iterations and Finetuning
- Audio4Vision #6 - Initial prototyping with OV7670
- Audio4Vision #7 - The ArduCAM Mini OV2640 2MP and saving images to SD card
- Audio4Vision #8 - Deploying the Show and Tell model on a server
- Audio4Vision #9 - Interfacing Amplifier and Speaker with MKR1000
- Audio4Vision #10 - TTS: Text to Speech library
- Audio4Vision #11 - Arduino MKR1000, its code and HTTP methods
- Audio4Vision #12 - Putting it all together, wrap up and thanks!
- Fingerprint Skeleton Key - Concept - Design for a Cause Challenge - Blog Post #1
- Fingerprint Skeleton Key - Slider mechanism part 1 - Design for a Cause Challenge - Blog Post #2
- Fingerprint Skeleton Key - RFID Module - Design for a Cause Challenge - Blog Post #3
- Fingerprint Skeleton Key - Capacitive Fingerprint Module - Design for a Cause Challenge - Blog Post #4
- Fingerprint Skeleton Key - Feedback for the user - Design for a Cause Challenge - Blog Post #5
- Fingerprint Skeleton Key - Slider mechanism part 2 - Design for a Cause Challenge - Blog Post #6
- Fingerprint Skeleton Key - Key Picking Mechanism Part 1 - Design for a Cause Challenge - Blog Post #7
- Fingerprint Skeleton Key - Vibration Sensor Module & Battery - Design for a Cause Challenge - Blog Post #8
- Fingerprint Skeleton Key - Key Picking Mechanism Part 2 - Design for a Cause Challenge - Blog Post #9
- Fingerprint Skeleton Key - First working prototype - Design for a Cause Challenge - Blog Post #10
- Cue System for Anosmia and Smart WheelChair #1 - Introduction
- Cue System for Anosmia and Smart WheelChair #2 - Official Kit and Amazon Echo Dot Unboxing
- Cue System for Anosmia and Smart WheelChair #3 - The Plan
- Steps for connecting Arduino MKR1000 with thinger.io for reading temperature data
- Cue System for Anosmia and Smart WheelChair #4 - IoT Temperature Monitoring [DIY]
- Exploring Amazon Alexa - Getting started with the Alexa app
- Exploring Amazon Alexa - Blueprints
- Cue System for Anosmia and Smart WheelChair #5 - Exploring Amazon Alexa
- Cue System for Anosmia and Smart WheelChair #6 - Fall and Collision Detection [DIY]
- Cue System for Anosmia and Smart WheelChair #7 - Hardware Explained and Case
- Cue System for Anosmia and Smart WheelChair #8a - Home Appliance Control
- Cue System for Anosmia and Smart WheelChair #8b - Home Appliance Control
- Cue System for Anosmia and Smart WheelChair #9 - Smart WheelChair Integration
- Cue System for Anosmia and Smart WheelChair #10 - Gas Sensors and Machine Learning
- Cue System for Anosmia and Smart WheelChair #11 - Machine Learning and Demo [Completed]
- Design for a Cause - Design Challenge - Smart Voice Synthesizer, Visualizer
- Design for a Cause - Design Challenge – The Challenger’s Kit Received!
- Design for a Cause - Smart Voice Synthesizer, Visualizer-Flex Sensor
- Design for a Cause - Smart Voice Synthesizer, Visualizer-ARDUINO MKR1000
- Design for a Cause - Smart Voice Synthesizer, Visualizer- Audio Interface - Independence Day Special
- Design for a Cause - Smart Voice Synthesizer, Visualizer-Smart Glove
- Design for a Cause - Smart Voice Synthesizer, Visualizer-Display Integration
- Design for a Cause - Smart Voice Synthesizer, Visualizer- Smart Glove Integration
- Design for a Cause - Smart Voice Synthesizer, Visualizer- Audio Generation
- Design for a Cause - Smart Voice Synthesizer, Visualizer- The Code & Data
- Design for a Cause - Smart Voice Synthesizer, Visualizer- Demo
AI
- CatDogFoxBot #1 : My Initial Idea
- CatDogFoxBot #2 : System Design and Gathering the Components
- CatDogFoxBot #3 : The Step Motor Scanner is Working
- CatDogFoxBot #4 : GridEye Sensor is Connected and Working
- CatDogFoxBot #5 : Collecting Some Temperature Data
- CatDogFoxBot #6 : Trying out an Artificial Neural Network
- CatDogFoxBot # 7 : GridEye and Artificial Neural Network Combined
- CatDogFox #8 : No Cats but Some Nice Legs
- ARBot #1 : Testing the Concept of Augmented Reality (for Electronic Toys)
- ARBot #2 : Connecting the Angle Sensor to the Servo Motor
- ARBot #3 : The Augmented Reality Headset
- ARBot #4 : Adding the Orientation Sensor to the VR Goggles
- ARBot #5 : The Final Working (after a fashion) System
- Blowing-Whistle as Controller(BWaC) -----Project Brief and One-to-More Control Protocol #1
- Blowing-Whistle as Controller(BWaC) -----Complete hardware for the Project#2
- Blowing-Whistle as Controller(BWaC) ----- How to catch the sound from whistle #3
- Blowing-Whistle as Controller(BWaC) ----- Analyse the Spectrum with ArduinoFFT #4
- Blowing-Whistle as Controller(BWaC) -----Sonar Sensor and Servo Control #5
- Blowing-Whistle as Controller(BWaC) -----Pubnub over WiFi connection #6
- Blowing-Whistle as Controller(BWaC) -----Build Android APP for Pubnub service #7
- Blowing-Whistle as Controller(BWaC) -----Make use of ScheduleTable for Arduino #8
- Blowing-Whistle as Controller(BWaC) -----Architecture of the Arduino Sketch and Codes #9
- Blowing-Whistle as Controller(BWaC) -----Prototype Completed #10
- Blowing-Whistle as Controller(BWaC) -----Using Neural Network in arduino-MKR1000 Board #11
- Cue System for Anosmia and Smart WheelChair #1 - Introduction
- Cue System for Anosmia and Smart WheelChair #2 - Official Kit and Amazon Echo Dot Unboxing
- Cue System for Anosmia and Smart WheelChair #3 - The Plan
- Steps for connecting Arduino MKR1000 with thinger.io for reading temperature data
- Cue System for Anosmia and Smart WheelChair #4 - IoT Temperature Monitoring [DIY]
- Exploring Amazon Alexa - Getting started with the Alexa app
- Exploring Amazon Alexa - Blueprints
- Cue System for Anosmia and Smart WheelChair #5 - Exploring Amazon Alexa
- Cue System for Anosmia and Smart WheelChair #6 - Fall and Collision Detection [DIY]
- Cue System for Anosmia and Smart WheelChair #7 - Hardware Explained and Case
- Cue System for Anosmia and Smart WheelChair #8a - Home Appliance Control
- Cue System for Anosmia and Smart WheelChair #8b - Home Appliance Control
- Cue System for Anosmia and Smart WheelChair #9 - Smart WheelChair Integration
- Cue System for Anosmia and Smart WheelChair #10 - Gas Sensors and Machine Learning
- Cue System for Anosmia and Smart WheelChair #11 - Machine Learning and Demo [Completed]
- Audio4Vision #1 - Introduction and Plan of Action
- Audio4Vision #2 - Initial research: ResNet as a starting point
- Audio4Vision #3 - SD card and WiFi setup in MKR1000
- Audio4Vision #4 - Show and Tell: Image Caption Generator Neural Network
- Audio4Vision #5 - Show and Tell: More Iterations and Finetuning
- Audio4Vision #6 - Initial prototyping with OV7670
- Audio4Vision #7 - The ArduCAM Mini OV2640 2MP and saving images to SD card
- Audio4Vision #8 - Deploying the Show and Tell model on a server
- Audio4Vision #9 - Interfacing Amplifier and Speaker with MKR1000
- Audio4Vision #10 - TTS: Text to Speech library
- Audio4Vision #11 - Arduino MKR1000, its code and HTTP methods
- Audio4Vision #12 - Putting it all together, wrap up and thanks!
Analog
Animatronics
- Peter the Pumpkin by 14rhb
- Peter the Pumpkin - pt2
- Peter the Pumpkin pt3
- Peter the Pumpkin - pt4 (ready to Share the Scare)
- Peter the Pumpkin (part 5 - final thoughts)
- The specified item was not found.
Automation & Motor Control
- Using the MeArm robotic arm to test battery life in the Dirty Smart Button
- Month of Robots - MeArm test update
- Smarthab: Remote Sensing and Control .I
- Smarthab: Remote Sensing and Control .ii Environmental Controls
- Smarthab: Remote Sensing and Control .iii Sensors
- Smarthab: Remote Sensing and Control .iv Software Design
- Smarthab: Remote Sensing and Control .iv DHT-11 Testing (video log)
- Home Automation Mojo You Must Know Part 1
- Home Automation Mojo You Must Know Part 2: Notification
- Home Automation Mojo You Must Know Part 3: Environmental Awareness
- Home Automation Mojo You Must Know Part 4: Actuation
Automotive
CNC Machine
Gaming
IoT
LED & Display
Music
Remote Monitoring
- Automated Green House Blog:5 - Vision Based Feeder Information
- Automated Green House Blog:6 - Raspbery Pi and OpenCv the Easy Way
- Automated Green House Blog:7 - Arduino Temperature Compensating Feeder
- Automated Green House Blog:8 - Water Usage
- Automated Green House Blog:8.1 - Water Usage [LCD and Uno]
- Automated Green House Blog:8.2 - Water Meter Calibration
- Automated Green House Blog:9 - Some Generic Arduino Tricks - SRam - UpTime
- Automated Green House Blog:9.1 - Updated uptime counter
- Automated Green House Blog:9.2 - Arduino EEPROM [Has it ever been written]
- Automated Green House Blog:9.3 - Tip for trimming arduino If statement times
- Automated Green House Blog:10 - Three Dollar EC PPM Meter for MCU
- Automated Green House Blog:10.9 - EC Projects Using Cheap EC Implementation
- Automated Green House Blog:11 - Self Optimising Automated Nutrient Doser
- Automated Green House Blog:13.2 - PH Control: Measurement Portion
- Automated Green House Blog:13.3 - PH Control: PH Probe LCD Readout + Gui
- Automated Green House Blog:14 - CO2: Measurement
- Automated Green House Blog:15 - When Things Go Wrong
- Automated Green House Blog:17 - Automated Soil Moisture Measurement
- Automated Green House Blog:17.2 - Prolonging Probe Life
- Automated Green House Blog:18.1 - On-line Data Logging [data.sparkfun]
- Automated Green House Blog:18.2 - Data Logging: SD Card
- Automated Green House Blog:18.3 - On line data Viewer [arduino, Ethernet]
- Automated Green House Blog:18.4 - Combining ALL Three Logs
- Automated Green House Blog:20.1 - Toying with Chemical Analysis - Essential Nutrients
- Automated Green House Blog:20.2 - Toying with Chemical Analysis - pH
- Automated Green Blog:25 - Growing: Planting Seeds and Experimentation
- Automated Green Blog:30.3 - Collaboration: Vertical Farming Association
- Blog:40.1 - Laser Cut Aquaponics Overview Infographics
- Automated Green House Blog:901 - Honey Extractor Electrification
RF (Radio Frequency)
Robotics