- What is the difference between a microcontroller and a microprocessor?
- How to use arithmetic operators in embedded C programming?
- How to use logical operators in embedded C programming?
- How to use bitwise operators in embedded C programming?
- How to use the shift operators in embedded C programming?
- How to use the if statement in embedded C programming?
- How to use the while loop in embedded C programming?
- How to use the for loop in embedded C programming?
- How to use the do-while loop in embedded C programming?
- How to use the if-else statement in embedded C programming?
- How to use the switch statement in embedded C programming?
- How to use the break and continue statements in embedded C programming?
- How to use the goto statement in embedded C programming?
- How to define and call functions in embedded C programming?
- How to pass arguments to functions in embedded C programming?
- How to return values from functions in embedded C programming?
- Explain the difference between a macro and a function in C language?
- What is the role of a linker in embedded systems?
- How do you optimize code size and memory usage in embedded systems?
- What is the difference between RAM and ROM in microcontroller memory?
- How do you handle memory allocation and deallocation in embedded systems?
- What is the purpose of a bootloader in embedded systems?
- How do you handle data persistence in embedded systems with non-volatile memory?
- What are the different data types supported by C for embedded systems?
- How to define and use constants in embedded C programming?
- How to define and use variables in embedded C programming?
- What is the difference between a global and a local variable in embedded C programming?
- How do you access and manipulate microcontroller registers in C?
- What is the importance of bit manipulation in embedded systems?
- How do you read and write to microcontroller ports in C?
- What are the different types of function prototypes in embedded C programming?
- How to use function pointers in embedded C programming?
- How to use interrupts in embedded C programming?
- How to configure and enable/disable interrupts in embedded C programming?
- How to write interrupt service routines in embedded C programming?
- How to use interrupt priority levels in embedded C programming?
- How to use nested interrupts in embedded C programming?
- How to use interrupt-safe programming techniques in embedded C programming?
- How to use a cross-compiler for embedded systems?
- How to use a linker script in embedded system
- What is the purpose of a locator in embedded systems?
- How to specify memory regions in embedded systems?
- What are the different types of memory used in embedded systems?
- What are the advantages and disadvantages of using flash memory in embedded systems?
- What are the advantages and disadvantages of using EEPROM in embedded systems?
- What are the advantages and disadvantages of using SRAM in embedded systems?
- What are the advantages and disadvantages of using DRAM in embedded systems?
- How to handle memory fragmentation and garbage collection in embedded systems?
- What are the different types of peripherals used in embedded systems?
- How to communicate with peripherals using different communication protocols such as I2C, SPI, UART, etc?
- How to implement a device driver for a peripheral in embedded systems?
- How to handle device initialization and configuration in embedded systems?
- How to handle device interrupts and events in embedded systems?
- How to implement and use nested interrupts in embedded systems?
- How to handle interrupt priority and conflict in embedded systems?
- How to use interrupt-safe programming techniques in embedded systems?
- How to optimize code size and memory usage in embedded systems?
- How to use memory-efficient data structures and algorithms in embedded systems?
- How to use power-saving techniques in embedded systems?
- How to use dynamic power management in embedded systems?
- How to use sleep modes and low-power operations in embedded systems to conserve power
- How to use compiler optimizations to decrease code size and increase performance in embedded systems.
- How to use code profiling and debugging tools to identify and eliminate unnecessary code and memory usage in embedded systems.
- How to use software libraries and frameworks that are optimized for embedded systems to decrease code size and memory usage.
- How to use hardware resources efficiently in embedded systems to decrease code size and memory usage.
- How to use memory-mapped I/O and direct memory access (DMA) to reduce memory usage in embedded systems.
- How to use code and data compression techniques to reduce memory usage in embedded systems.
- How to use memory-efficient coding practices such as using pointers and bit-level operations to reduce memory usage in embedded systems.