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- In this lab we design microcontroller-based embedded systems for various applications. Topics covered include interfacing to sensors and actuators from both hardware and software perspectives, assembly and C programming for embedded systems I/O, real-time design, and interrupts. In addition, we implement and evaluate a complete embedded system.
- This course focuses on modern computer system architecture and design principles, with an emphasis on using a Hardware Description Language (HDL) to create fundamental components of a microprocessor’s data path and control unit.
AURAK-CENG315-MicroMorse
Public-- .. -.-. .-. --- -....- -- --- .-. ... . / .. ... / --- ..- .-. / -- .. -.-. .-. --- .--. .-. --- -.-. . ... ... --- .-. ... / -.-. --- ..- .-. ... . / .--. .-. --- .--- . -.-. - / .-- .-. .. - - . -. / .. -. / -... --- - .... / -.-. / .- -. -.. / .- ... ... . -- -... .-.. -.-- .-.-.-- This is a lab course in which C & Assembly programming languages are used to understand and implement I/O interface methods for the ARM Cortex microcomputer and to demonstrate knowledge of memory maps, polling, interrupts, and internal structure of a microprocessor.