Оптимізація енергоспоживання мікроконтролерних систем в автономних інтелектуальних пристроях

Abstract

The given work addresses the problem of power consumption optimization in microcontroller based systems used in autonomous intelligent devices. The increasing use of battery-powered and energy-constrained embedded systems makes energy efficiency a critical design requirement. The influence of processor core architecture, semiconductor manufacturing technology, and peripheral module configuration on power consumption is analyzed. Hardware and software optimization techniques, including low-power operating modes and peripheral power management, are discussed. The study emphasizes the importance of a comprehensive approach to energy optimization. The presented results can be applied to the design of energy-efficient autonomous intelligent devices.