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MY PROJECTS

These projects and articles are hobbies I spend (or have spent) my free time on.

 * AlexFORTH for 6502: My own freely influenced FORTH implementation for my 6502
   breadboard computer. You can also run it in py65 emulation. Watch the
   presentation I gave about it for FORTH2020 group. You can also try it online
   here. I also made a version for the Cerberus2080.



 * AlexFORTH for 6809: I’m documenting all the major steps of how to build your
   own FORTH , and how FORTH internal mechanics works, while slowly porting
   AlexFORTH to the 6809 CPU, running for now on my own Emu6809 emulator.

 * Emu6809: A Motorola 6809 emulator written in Forth.

 * Emu6502: A 65C02 emulator written in Forth. At the moment, it perfectly loads
   and runs both AlexMon and AlexForth roms, both written in 65C02 assembly.

 * Cerberus2080: My work on the Cerberus2080 computer, which includes: a version
   of my 6502 FORTH, several additions to the BIOS, a serial programmer script,
   and an Emulator (for the 6502 cpu).

 * My 6502 computer on a breadboard: Building a homebrew single board computer
   powered by a WDC 65C02s CPU at 1.8MHz, with 16KB of SRAM, 32K of ROM, a 65c22
   VIA interface, a 6551 ACIA serial interface and an 20x4 LCD screen. It has a
   small ROM monitor (AlexMon) and also runs my own Forth implementation
   (AlexForth).



 * Breadboard EEPROM Programmer: an EEPROM Programmer on a breadboard using a
   Sparkfun Arduino Pro Micro, for AT28C256 32Kx8 EEPROMs, with a Python CLI.



 * Mega6502, a breadboard project about driving a 6502 hardcode processor with
   an Arduino Mega acting as clock, rom and ram, with a homemade python
   disassembler that decode the running instructions on the fly.



 * Interactive AI with Huskylens: Play and understand how AI Classification
   works with a DFRobot Huskylens AI camera. Use the 4 buttons to interactively
   (and iteratively) train the model among 4 possible classes.



 * AD6502, a project with a Verilog 6502 softcore, a QT GUI, ram/rom and GPIO,
   in the icezum Alhambra FPGA



 * ADTools extension for MakeCode. The extension offers new blocks to
   pack/unpack several numbers into/from a string, useful to send/receive
   multiple sensors reading in one radio message.



 * #HRMCPU Human Resource Machine CPU: inspired from the HRM game, I have
   designed a full CPU from scratch, that behaves like the game.
   * CPU design is written in Verilog HDL, the assembler is written in Python.
     Project is tested in Travis CI.
   * The CPU is synthesizable in FPGA, like the icezum Alhambra, or the
     ice40hx1k/8k.
   * A GUI developped in QT allows to run the code in the CPU step by step, and
     introspect every aspect of the CPU (registers,…)



 * DRAM module driven by Arduino



 * FPGA, Font, FIFO & VGA: project about playing with a font, VGA and FPGA,
   shows the content of a couple of FIFO on the screen. The project is meant to
   be integrated one day into HRMCPU to show the state of the inbox/outbox on a
   VGA screen. Using Yaml, Mustache and python to automatically generate the VGA
   modules in Verilog from templates and configuration.



 * Divide by 3 in Binary (+ Verilog code)



 * adumont/jetson-nano: Tools and scripts to setup several things on the Nvidia
   Jetson Nano Dev board (Fast.ai, OpenCV, TensorFlow,…). Includes prebuilt
   python whl files for faster install (no need to rebuild wheels).

 * CellularAutomaton: several implementations of Cellular Automaton, in Logisim,
   IceStudio, and Verilog, synthesizable in the icezum Alhambra FPGA. Displays
   on leds, or VGA screen. See this Twitter Moment: FPGA Project 2 - Cellular
   Automaton to VGA / Twitter. I also wrote a couple of articles on Cellular
   Automatons.



 * tplink-cloud-api: A npm module to control the TP-Link HS100 (and alike) smart
   switch, smart bulbs,… using TP-Link unpublish cloud API (reversed engineer).
   Written in node.js/NPM.

 * 4 wheels robot

 * simyo_mqtt: Pull your Simyo consumption data and publish them to an MQTT
   broker in Heroku

 * tm1638-mqtt: Interface a TM1638 Leds&Keys device (8 leds, 8 7segments display
   and 8 buttons) with MQTT using this bridge, written in C++.


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