Vol. 1 No. 4 (2023): Volume-I, Number-IV, 2023
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Autonomous Surgical Robotics: Integrating Real-Time HapticFeedback with Deep Learning for Enhanced Precision
Abstract 0
Autonomous surgical robotics promises to transform operative care by increasing precision, reducing variability, and enabling novel minimally invasive procedures. A critical barrier to safe, effective autonomy is the lack of rich, low-latency tactile awareness and contextual reasoning during manipulation. This article presents a comprehensive, research-ready treatment of integrating real-time h ... read more