The purpose of the Sign-Interfaced Machine Operating Network, or SIMON, is to develop a machine learning classifier that translates a discrete set of ASL sign language presentations from images of a hand into a response from another system.
This repository contains Assembly-language and C code written for the ATMEGA 32A microcontroller. The programmes was written and compiled in the Microsoft Visual Studio 2019 IDE environment, primarily because of the possibility for debugging. Assembly language could be very tedious for some because of its cryptic nature, but personally i enjoy it a lot because it puts theory of how the microcontroller works into practice and furthermore the C-language is derived from assembly, so it is fascinating to see how for example a loop-construct works in assembly and how the same approach is used in C. Most of these programs were designed behind the idea of what i would do in C, only that must be translated to synthesizable Assembly-language code.
Assembler projects of TSTU students and employees. Mainly AVR uArc (now - only). | Проекты на языке Ассемблер студентов и работников ТГТУ. В основном - для архитектуры AVR (сейчас - только).