Dynamic Characteristics Analysis of the Beveloid Rotary Vector Reducer
The beveloid rotary vector reducer represents a high-performance precision transmission device, evolved from the cycloidal rotary vector reducer. Its operational
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Bionic Design of a Humanoid Robot Shoulder Joint Based on a Spherical Parallel Mechanism
1. Introduction Throughout the long history of human civilization, nature has served as an inexhaustible source of inspiration for technological
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The Embodied AI Robot Revolution: A New Paradigm for Unmanned Combat Systems
The landscape of modern warfare is undergoing a profound transformation, driven by the relentless integration of intelligent, unmanned platforms. Unmanned
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Design of Bionic Robot Actions Using Artificial Intelligence Algorithms
As a researcher in the field of artificial intelligence and robotics, I have always been fascinated by the integration of
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A Novel Tooth Profile Modification Method for RV Reducers
In the field of precision transmission systems, the RV reducer plays a critical role due to its high torque capacity,
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Electrical Automation Control for Industrial Robots
In this study I examine the moving behavior of industrial robots from the perspective of electrical automation control. My central
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High-Precision Robot Positioning in Flexible Avionics Assembly
I have been working on the problem of high-precision positioning for industrial robots in flexible avionics assembly. In this domain,
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Finite Element Analysis and Structural Optimization of a Hexapod Bionic Robot Based on ANSYS
The development of robotics represents a pinnacle of modern technological advancement. Among various robotic architectures, the bionic robot, particularly those
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Gait Planning and Stability of Biped Humanoid Robots
As a core member of the research and development team, I designed and implemented a biped humanoid robot named ROBOT-Ⅰ,
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Embodied AI Robots: The Next Frontier
As I reflect on the evolution of technology, I am convinced that embodied AI robots represent a profound leap forward,
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Passive Controller Design and Optimization for Humanoid Robotic Joints
In recent years, the embodied robot has emerged as a transformative platform for artificial intelligence, drawing significant attention from both
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Advancing Fault Diagnosis for Industrial Robot Rotary Vector Reducers: A Multi-Point DS-DBN Fusion Approach
The rotary vector reducer is a critical precision transmission component widely employed in industrial robots, directly determining motion accuracy, operational
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Loaded Tooth Contact Analysis of RV Reducer Cycloidal Pinwheel Transmission Mechanism
In the field of precision robotics and high-performance machinery, the RV reducer plays a critical role due to its high
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Humanoid Robots and the Jurisprudential Crisis of the Human Form
In the past decade, the rapid advancement of embodied artificial intelligence has pushed humanoid robots from science fiction into real
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The Embodied AI Revolution: Beyond Form to Functional Intelligence
No one can predict the ultimate ceiling of future commercial scenarios. Our mission, therefore, is not to guess the distant
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High-Precision Robotic Assembly
In my research and engineering practice on flexible avionics assembly, I concentrate on the high-precision positioning and error compensation of
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Design and Analysis of a Composite Jumping Bionic Robot
In the field of robotics, bionic robots have garnered significant attention due to their ability to mimic biological organisms, offering
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Compliant Gait Generation for Bionic Robots on Rough Terrains
In the field of robotics, the development of legged machines that can navigate complex environments has always been a challenging
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Humanoid Robots: From Lab to Scale
As I look back at 2025, I cannot escape the feeling that this is the year humanoid robots truly broke
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Digital Twin-Driven Embodied AI Robots in Mining Assistance
In the complex and hazardous environment of underground coal mines, traditional manual operations face significant challenges such as labor shortages,
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Parametric Modeling and Virtual Assembly of Rotary Vector Reducer
In the realm of high-precision transmission systems, such as those used in industrial robotics and CNC machine tools, the rotary
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Multi-Source Friction Compensation for Industrial Robots
I present a practical and model-based framework for reducing joint friction errors in an industrial robot that operates under variable
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Multi-Source Data Fusion for Joint Friction Compensation in Industrial Robots
In my work on high-precision motion control for industrial robots, I have repeatedly observed that joint friction remains one of
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Humanoid Robot Lower Limbs: Design, Gait, and Simulation
Humanoid robots have been an active research field for decades because they closely resemble human morphology and are expected to
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Embodied Robot Head Design and Control
As a researcher deeply engaged in the field of robotics, my work has centered on a fundamental question: how do
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Optimizing Cycloidal Gears: A Compensatory Approach to Precision in RV Reducers
The relentless pursuit of higher precision, compactness, and reliability in motion control has positioned the Rotate Vector (RV) reducer as
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Bionic Robot Leg Design for Dynamic Quadrupedal Locomotion
The pursuit of legged robots capable of navigating complex, unstructured environments with the agility and efficiency of biological organisms remains
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Reconstructing Library Smart Service Scenarios with Embodied AI Robots
In the evolving landscape of library services, the shift toward smart services emphasizes intelligent perception, decision-making, and execution through technological
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Adaptive Trajectory Tracking Robust Control for Industrial Robots
I study the adaptive trajectory tracking robust control problem for an intelligent mobile industrial robot equipped with four-wheel steering and
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Multi-objective Gait Planning for a Biped Humanoid Robot
Walking control of a biped humanoid robot has always been a challenging and exciting topic in the field of robotics.
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Bibliometric Insights and Systemic Challenges in Humanoid Robotics and Embodied AI
The convergence of robotics, artificial intelligence, and cognitive science has propelled humanoid robots and the paradigm of embodied intelligence to
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Digital Design and Dynamic Analysis of the Rotary Vector Reducer for Industrial Robots
The rotary vector reducer serves as the high-precision reduction drive unit within the joints of industrial robots. This type of
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Design and Research of a Hexapod Bionic Robot Based on Arduino
In my exploration of robotics, I have focused on developing a hexapod bionic robot that mimics the locomotion of insects,
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Embodied AI Robots: A Comprehensive Exploration
As I delve into the realm of artificial intelligence, I find that embodied AI robots represent a pivotal convergence of
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Walking Mechanical Ivan: Russia’s Humanoid Robot Industry
In the global technological race of the twenty-first century, the humanoid robot occupies a unique space where artificial intelligence, materials
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A Novel On-Site Measurement Apparatus for Angular Position Error of RV Reducers
In the rapidly evolving landscape of intelligent manufacturing, the demand for industrial robots has surged dramatically. This increased reliance necessitates
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Design and Development of a Beetle-Inspired Bionic Robot
In the rapidly evolving field of robotics, the inspiration drawn from nature has led to significant advancements in bionic robot
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Robust Adaptive Trajectory Tracking for Industrial Robots
In this work, I investigate the challenging problem of trajectory tracking for four-wheel steering intelligent mobile industrial robots under tire
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Humanoid Robot Industry and Telecom Strategies
In the past few months, I have observed a significant shift in the global robotics ecosystem. The humanoid robot is
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The Nonlinear Contact Stiffness Analysis of Main Bearings in Rotary Vector Reducers
The performance of modern industrial robots and precision machinery is fundamentally tied to the capabilities of their core transmission components.
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CDIO-Based Industrial Robot Programming Instruction
When I first stood in front of a class of second-year engineering students and asked them to write a simple
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The Comprehensive Design and Fabrication of a 3D-Printed Bionic Jumping Robot
The demand for highly mobile and adaptable robotic systems capable of operating in unstructured and challenging environments is a persistent
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Embodied AI Robot in Unmanned Surface Vehicle Systems
As a researcher in marine autonomy, I have witnessed the transformative shift of unmanned surface vehicle (USV) systems from remote-controlled
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Research on Whole-Body Motion Control System for Wheeled Humanoid Robots
In the context of modern intelligent manufacturing and service robotics, the embodied robot concept has shifted from isolated manipulators to
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Reliability Prediction of RV Reducer System Based on Logic Fault Model
As a researcher in mechanical engineering, I have focused on the reliability assessment of precision transmission systems, particularly the RV
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CDIO-Based Industrial Robot Programming Pedagogy
In my own teaching practice, the rapid spread of Industry 4.0 has transformed the classroom from a place where students
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Embodied AI Robots in National Defense Education: A “Three-Drives Dual-Engines” Framework for Transformation
In my years of researching and implementing educational reforms, I have witnessed a critical gap in national defense education: the
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Advances in Bionic Robot Research and Mechanisms
In the field of robotics, the study of bionic robots has emerged as a transformative discipline, drawing inspiration from the
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Humanoid Robot Basketball Shooting via Deep Reinforcement Learning
My research focuses on enabling humanoid robots to learn basketball shooting skills through deep reinforcement learning (DRL) algorithms. The motivation
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Humanoid Robot Joint Module Harmonic Drive Design and Optimization
As humanoid robot systems expand from research prototypes into practical applications such as service, inspection, and complex manipulation, the performance
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Collaborative Pursuit with Underwater Bionic Robots via Multi-Agent Reinforcement Learning
The ocean, encompassing vast resources and strategic importance, is progressively becoming a focal domain for global technological advancement. In alignment
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Industrial Robot Integration in Mechanical Courses
In my work as a vocational technical educator, I have watched the mechanical trades change from mostly manual and conventional
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The Mechanical Behavior of Connecting Bolts in Rotary Vector Reducers
The rotary vector reducer, commonly known as the RV reducer, is a high-precision, high-rigidity, and high-load-capacity transmission mechanism integral to
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Development of Embodied AI Robot Systems
In this article, we explore the rapid evolution of embodied AI robot systems, focusing on mobile manipulators that integrate perception,
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Design and Optimization of a Humanoid Robot Head for Embodied Robotics
In the context of modern service robotics, the concept of an embodied robot emphasizes physical presence and interaction with humans.
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Design Morphology in Bionic Robot Development: A Review and Future Directions
The evolution of warfare and the increasing complexity of battlefield environments demand robotic systems with superior adaptability, resilience, and functionality.
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Static Analysis of 3D Printed RV Reducer Gear
In the realm of precision engineering and robotics, the RV reducer plays a pivotal role due to its high reduction
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Integrating Industrial Robots into Mechanical Curricula
My daily work takes place in a mechanical training workshop where students learn to read drawings, fit bearings, align shafts,
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Embodied AI Robots: A Phenomenological Reflection on Interaction Behavior
As an researcher in the field of artificial intelligence, I have witnessed the remarkable shift from disembodied AI to embodied
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Humanoid Robot Lower-Limb Mechanism Design and Experimental Study
Humanoid robotics has long been a frontier in the field of robotics research. The key difficulty in developing a humanoid