In the previous post I showed you how to use VPL and simAVR together to write a basic activity that would test to see if a student could change or assign the value of a register in the simulated microcontroller using the C programming language. While it was the most straight-forward way that I could […]
In Computer Architecture classes or Embedded Systems classes, it can be really useful to allow for students to be graded on assignments that allow them to interactively explore the inner workings of a microprocessor. One way is to have the students create programs in a hardware description language like Verilog or VHDL. Another way is […]
This page is about programming ATMEGA328 chips, like the one found on the Arduino UNO, using modern (post 2015) tools like MPLAB X and the Snap or PICKit4 debuggers. As of July 2021 there is a little hiccup in how to do this. Hopefully in the future Microchip will fix the issue and render this […]
While on sabbatical I started getting serious about writing a book. In spite of having wanted to write a book for years, writing one while on sabbatical wasn't my primary goal. But as visa issues in France became more difficult and made more traditional research work harder the book writing became a bigger focus for […]
Introduction Here we're going to "kick the tires" on examining a simple example program, using three 8-bit microcontrollers: the classic PIC16F84A, it's updated cousin found on the Microchip Curiosity Board, the PIC16F1619, and the ATMEGA328P made famous by the Arduino UNO. We'll be using a "debugging first" approach to programming that is intended to enable students […]