Introduction The evolution of robotics increasingly depends on intelligent perception, the capability of machines to sense, interpret, and act upon ...
Introduction Robots are evolving beyond pre-programmed routines toward autonomous systems capable of learning and adapting to dynamic environments. Modern robotics ...
Introduction Quadruped robots—robots with four legs—have emerged as one of the most versatile robotic platforms due to their ability to ...
Introduction The field of robotics has evolved rapidly in recent years, driven by advances in sensors, control theory, computing power, ...
Abstract Bio-inspired soft robotic grippers represent a frontier in robotic manipulation, offering dexterity, adaptability, and safe interaction with fragile or ...
Abstract Bipedal robots, designed to emulate human locomotion, present one of the most complex challenges in robotics: dynamic balance and ...
Abstract Robotics technology has evolved from isolated automation tools into intelligent, connected systems capable of operating in complex human-centered environments. ...
Abstract Breakthroughs and innovation lie at the heart of technological progress, economic competitiveness, and sustainable development. Across sectors—from artificial intelligence ...
Introduction: From Application to Understanding In the contemporary landscape of robotics, success is no longer measured solely by task execution ...
Introduction: The New Frontier of Robotic Intelligence The evolution of robotics is reaching a pivotal juncture. While early generations relied ...
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