Learn about the unique benefits and challenges of embedded systems with hands-on practice.

Become a C++ Programmer

Embedded systems deal with safety-critical systems, which means they must guarantee high performance combined with limited resources, while working in parallel.

This module goes over all the essentials of embedded programming with modern C++. We'll learn to develop safety-critical systems and how to achieve high performance using embedded programming with C++. In the end, we'll also learn to improve the efficiency of the program by executing several tasks simultaneously.

Embedded Programming

## Task 1
In the program below, a `BigArray` with 10 billion entries will be pushed to an `std::vector`. Compile the program and measure its performance. The program requires that you compile this program for 64-bit.
## Task 2
Extend `BigArray` with move semantic and measure the performance once more. 

How big is the performance gain?

# Task 1
In the program below, a `BigArray` with 10 billion entries will be pushed to an `std::vector`. Compile the program and measure its performance. The program requires that you compile this program for 64-bit.
# Task 2
Extend `BigArray` with move semantic and measure the performance once more. 

How big is the performance gain?

In this exercise, you will implement one of the examples in the previous lesson with move semantic.


Introduction

Safety-Critical Systems

Reduced Resources

Conclusion

- Exercise

Task 1