Multi-Paradigm Programming with Modern C++ - Data Access Modes

The video tutorial discusses data access modes in multithreading, focusing on synchronization issues when multiple threads access and modify data. It provides an example of calculating the average price using threads in C, highlighting the importance of synchronization to prevent data corruption. The tutorial also explains the use of the STD thread class in C, emphasizing the need to join or detach threads to avoid program termination.

What are the challenges associated with writing multithreaded code?

Explain the difference between read-only data access and read-write data access in a multithreaded context.

Describe how to create a thread in C and what happens when the thread is created.

How does introducing delays in threads affect the results of a multithreaded program?

What is the significance of synchronization when multiple threads modify shared data?

What could happen if a thread is not joined or detached properly?

What are atomics and how do they relate to synchronization in multithreading?