Enhancing Efficiency and Performance of Microcontrollers Through Advanced Optimization Techniques

Microcontrollers are important components of many embedded systems and are utilized in a wide range of applications. As the demand for greater economy and improved performance develops, researchers and engineers are focused on cutting-edge optimization methodologies to extend the capabilities of microcontrollers. This research looks at how optimization techniques can be utilized to improve the efficacy and performance of microcontrollers. The study begins by examining the current challenges that microcontrollers face, such as their limited CPU speed, memory restrictions, and excessive energy consumption. Then, in order to address these concerns, it examines several optimization solutions, such as code optimization, power management, and architectural changes. The paper also provides a full assessment of the efficacy of these optimization strategies through benchmarking and experimental research. The strategies are tried on a variety of microcontrollers. The solutions are tried on several microcontroller platforms, and their effects on key performance indicators like execution time, power consumption, and memory utilization are evaluated.