AI is revolutionizing assistive robotics, transforming traditional mechanical devices into intelligent companions that can understand context and adapt to user habits. Current advancements in speech recognition, computer vision, and adaptive control are promising; however, challenges such as limited computing power and data security persist. Ethical considerations—like privacy, bias, and user dependency—are crucial to ensure these robots enhance human care rather than replace it.
Research from Kharkiv National University of Radio Electronics highlights this shift, showing that AI enables robots to interpret sensory input and respond with greater precision. Examples like SoftBank’s Pepper and Toyota’s Human Support Robot exhibit the evolution from static automation to adaptive intelligence.
Despite technical hurdles, such as real-time synchronization and computational limits, collaboration among universities, medical institutions, and developers is accelerating innovation. The focus remains on creating AI-driven robots that provide personalized, proactive assistance while emphasizing ethical stewardship for a smarter, more inclusive future.
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