1. C: Efficient, low-level, and ubiquitous in embedded systems development.
2. C++: Balances efficiency and abstraction, ideal for complex embedded systems.
3. Java: Platform-independent and modular, used in set-top boxes and networking equipment.
4. Python: Simple and adaptable, used in IoT devices and rapid prototyping.
5. Rust: Prioritizes safety and performance, suitable for resource-constrained environments.
6. Ada: Designed for safety-critical and real-time systems, used in aerospace and defense.
7. Assembly Language: Direct correspondence to machine code, ideal for low-level control.
8. Lua: Lightweight and flexible, used in real-time embedded systems.
9. Verilog: A hardware description language, used for designing custom hardware.
10. B#: Type-safe and designed for embedded systems, suitable for small-scale programming.
These languages are chosen for their efficiency, low-level capabilities, and compatibility with the limited resources of embedded hardware.
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