Lectures related to Microcontrollers: arduino basics

Delves into microcontrollers, their programming, and practical applications, offering hands-on exercises and real-world examples.

Covers the programming of a Grafcet in C, including examples like programming a drill.

Covers the arithmetic of pointers, the relationship between pointers and arrays, and the concept of buffer overflow in C programming.

Covers the basics of programming microcontrollers using C language and Arduino platform.

Covers the basics of arrays in C, including declaration, access, and initialization.

Explains command line arguments in C, focusing on the main function prototypes and how to use argc and argv.

Covers the concept of structures in C programming and how to declare and initialize them.

Covers pointers to strings, functions, and casting in C programming.

Explains file input and output in C, covering file handling, modes, and error management.

Covers the basics of C programming, including variables, operators, and system-oriented programming, emphasizing differences from Java.

Covers the basics of the C programming language, including history, variables, control structures, and procedures.

Covers the fork system call in operating systems through three practical examples, illustrating process management and execution flow.

Explores dynamic memory allocation in C, covering malloc, calloc, and realloc functions, emphasizing proper memory management and dynamic arrays.

Covers advanced data types and memory management in C programming, emphasizing type consistency and dynamic array allocation.

Covers the basics of input/output operations in C++, including interacting with the world through keyboard and screen.

Covers programming concepts using MATLAB, C, and LabVIEW for engineering projects, including a billiards game analysis.

Explains the essential concepts of functions in C programming, including definitions, prototypes, and argument passing techniques.

Covers basic C programming concepts through a series of exercises and solutions.

Covers the basics of file handling in C, common issues, and standard functions.

Explores tail call optimization in functional programming, discussing trampolines, Baker's technique, and more.