When designing a microcontroller-based interactive prototype, what is the most critical consideration for selecting appropriate input and output components to ensure optimal system performance and user experience?
Question 2
A complex interactive prototype requires a microcontroller to process multiple sensor inputs simultaneously and control several actuators with precise timing. Which characteristic of a microcontroller's architecture would be most crucial for efficiently handling these demands?
Question 3
Consider an interactive prototype that uses a microcontroller to control a robotic arm. The arm needs to move to specific positions based on user input from a joystick. If the robotic arm consistently overshoots or undershoots its target positions, what is the most advanced debugging strategy to diagnose and rectify this issue?
Question 4
An advanced interactive prototype involves a microcontroller communicating with multiple external modules (e.g., a display, a real-time clock, and an environmental sensor) using different communication protocols (e.g., I2C, SPI, UART). What is the most significant challenge in programming such a system, and how is it typically addressed?
Question 5
In an interactive prototype, a microcontroller needs to perform a specific task only when a certain condition is met (e.g., a light sensor detects darkness). Which advanced programming construct is most suitable for efficiently handling such conditional execution without continuously polling the sensor?
