Embedded Computing
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  • Hardware
    • Which Platform?
    • Controller Platforms >
      • Adafruit Platform
      • Arduino Plaform
      • BBC micro:bit
      • Espressif Platform
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    • Computer Platforms >
      • BeagleBone Platform
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    • Peripherals >
      • Shields
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    • Displays >
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    • Legacy Platforms >
      • chipKIT Plaform
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  • Software
    • Exploring RTOS with Galaxia >
      • Event Library
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      • Mailbox Library
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      • Clock Library
      • SWI Library
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    • Ultra-Low Power with EnergyTrace >
      • Ultra-Low Power with MSP430
      • Ultra-Low Power with Energia MT and Galaxia
    • Using Integers Instead of Reals
    • Going Python?
  • IoT
    • IoT Platforms: Which Hardware? >
      • Matter with Silicon Labs MG24
    • IoT Services: Which Solution? >
      • Recommended IoT Solutions
      • Platform-Specific IoT Solutions
      • Other IoT Solutions
      • Not tested IoT Solutions
      • Notification Solutions
    • Get Date and Time from Internet with NTP
    • Fast and Easy WiFi Connection with QR-Code
  • Tools
    • How to Start?
    • Reference >
      • Asking for Help
      • Boards Pins Maps
      • Ruler
      • Boards and Plugs
      • I²C Logic Level Converter
      • Standards for Connectors
    • Training >
      • Texas Instruments Workshops
      • Embedded Systems: Shape The World — MOOC edX UTAustinX UT.6.02x
      • Embedded Systems - Shape The World: Microcontroller Input/Output — MOOC edX UTAustinX UT.6.10x
      • Embedded Systems - Shape The World: Multi-Threaded Interfacing — MOOC edX UTAustinX UT.6.20x
      • Real-Time Bluetooth Networks: Shape the World — MOOC edX UTAustinX UT.RTBN.12.01x
      • Systems Thinking with Texas Instruments Robotics System Learning Kit
    • Books >
      • Getting Started with the MSP430 LaunchPad
      • Getting Started with Arduino
      • Arduino Cookbook
    • IDE >
      • The Battle of IDEs
      • More Options
      • Assessing the Next Generation of IDEs
      • Tools for Documentation
    • Equipment >
      • Saleae Logic Analyser
      • Rigol DS1102E Oscilloscope
      • XDS110 Debug Probe with EnergyTrace​
      • Segger J-Link Programmer-Debugger
      • Nordic Power Profiler Kit II
  • Projects
    • Libraries >
      • Master I²C Software Library
      • Date and Time Library
      • highView Library Suite
      • Others Libraries
    • smartDevices >
      • I²C smartColours Smart Sensor
      • I²C smartRFID Smart Sensor
      • I²C smartLED Display
      • I²C smartControls Smart Device
      • I²C smartWiFi Smart Device
      • I²C smartBLE Smart Device
      • I²C smartNode Smart Device
    • IoT Projects >
      • Remote E-Paper Weather and Message Board
      • Typie-Walkie with LoRa and E-Paper Screen
      • Typie-Walkie with E-Paper Screen
      • Remote e-Paper Pictures Panel
      • Remote e-Paper Messages Panel
      • Industrial IoT Project
      • Remote Contactless Temperature Monitor
      • Using Node-RED for IIoT
      • Low Power Home Network Weather Monitoring
      • Updated Low Power Home Network Weather Monitoring
      • Weather and Security Station with Blynk
      • SensorTag to Blynk Using Node-RED
      • Pervasive Reporting
    • AI Projects >
      • Colour Recognition with Neural Network
    • Other Projects >
      • Air Quality Monitoring
      • Driving a Large E-Paper Display with a Compact Xiao RP2040
      • Low-Power E-Paper Weather Station
      • Portable Particulate​ Matter Monitor
      • FRAM-based E-Paper Screen Controller
      • General Purpose 3.5" Screen
      • Colour Recognition with Neural Network
      • A Low Power Weather Station
      • Digital Volt-Amp-Watt Meter
      • Mobile Measurement with LCD Display
      • Screen with SRAM for GUI
      • Volt-Amp-Watt-Meter for Grove
      • Multi-Touch Project with CapTIvate
I've been using micro-controllers with my fischertechnik models but wanted to go inside the Embedded Computing world and learn I²C protocol.

So I started with an Arduino Uno board with four main goals:
  1. Go inside of a micro-controller because the fischertechnik Robo TX Controller is a very nice but rather closed black box,
  2. Get a better understanding of the embedded programming requirements,
  3. Get familiar with I²C protocol and experiment with I²C sensors and actuators,
  4. Try and communicate with fischertechnik Robo TX Controller through opto-couplers, digital potentiometer and finally I²C to design my own smart devices.
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Rapidly, I moved from 8-bit to 16-bit MCUs with the low-power MSP430 platform, and then 32-bits MCUs, with PIC32 and the Cortex-M-based platforms.

Looking for faster and easier development, I have developed my own tools for the most popular boards supported by the Arduino SDK, leveraging the power of modern IDEs like Xcode in 2010 with the embedXcode template, and since 2022 Visual Studio Code with emCode.  

Among the major projects, I'm focusing on displays, starting with a GPU-based screen and then standard SPI and parallel screens, with touch and haptic feed-back capabilities, as well as other promising ultra-low power technologies like memory display and e-paper.

​I am ​also exploring RTOS, the Internet of Things and Artificial Intelligence..
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