Enhanced Knowledge Graph for Industrial Robot Maintenance
In my work, I focus on the intelligent operation and maintenance of industrial robots. Industrial robots are complex electromechanical systems
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Dynamic Characteristics Simulation Analysis of Cycloidal Wheel in Rotary Vector Reducer Based on ANSYS
In the field of precision machinery, such as industrial robots and high-precision machine tools, the rotary vector reducer plays a
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Finite Element Contact Analysis of the Cycloidal Pin Wheel in RV Reducers
In the field of precision robotics and industrial automation, the RV reducer plays a pivotal role due to its compact
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Research on Humanoid Robot Motion and Recognition Algorithms Based on Depth Camera Data
In this thesis, I present a comprehensive study on the design and implementation of a humanoid robot control system driven
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Enhanced Knowledge Graph for Industrial Robot Anomaly Detection and Maintenance Reasoning
I present an enhanced knowledge graph framework that I designed for anomaly detection and maintenance strategy reasoning in industrial robots.
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Bionic Design and Fundamental Analysis of a Spherical Parallel Humanoid Robot Hip Joint
1. Introduction In recent years, the development of modern machinery has been driven toward intelligence, high precision, high speed, high
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Finite Element Dynamic Simulation and Contact Fatigue Strength Design of Rotary Vector Reducers
As a critical component in precision heavy-duty transmission systems, such as industrial robot joints, radar, and CNC machine tools, the
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Embodied Industrial Robot
I am an embodied industrial robot. I was built to work in real factories, not to remain inside a laboratory
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Semantic Mapping and Footstep Planning for Humanoid Robots
1. Introduction With the accelerating pace of population aging and the increasing shortage of labor in modern societies, there is
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Embodied Intelligence Empowering Education: Framework, Mechanisms, and Research Frontiers
1. Introduction: The Embodied Turn in Artificial Intelligence The rapid advancement of artificial intelligence has fundamentally reshaped the landscape of
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Lightweight Optimization Design of RV Reducer Based on Topology Optimization
In the field of industrial robotics, the pursuit of efficiency, precision, and reliability drives continuous innovation in core components. Among
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Embodied Industrial Robots
In my assessment, the most important story in advanced manufacturing is not a single machine, a single arm, or a
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Development and Experimental Investigation of a Main Bearing Test Bench for Rotary Vector Reducers
In the field of industrial robotics, the rotary vector reducer plays a critical role due to its high transmission efficiency,
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ADAMS-Based Industrial Robot Trajectory Planning
I design an instruction-driven trajectory planning system for an industrial robot inside the ADAMS environment. My purpose is to remove
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Humanoid Robot Gait Planning for Crossing Obstacles
1. Introduction As a representative achievement of mechatronics, the humanoid robot has attracted extensive research interest over the past few
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ADAMS-Based Trajectory Planning for Industrial Robots
In my work on industrial robots, I have repeatedly observed that trajectory planning and dynamic analysis are often treated as
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Measurement and Analysis of Transmission Error in RV Reducers: A Comparative Study on Load, Speed, and Manufacturing Origin
In the realm of precision robotics and high-performance automation, the Rotary Vector (RV) reducer stands as a critical component. Its
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Compliant Control of Hydraulic Actuators in Humanoid Robot Joints
Humanoid robots have emerged as one of the most promising fields in modern robotics, aiming to combine the efficiency and
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Humanoid Robot Modeling and Simulation
My research focuses on the stability and motion simulation of a humanoid robot. A humanoid robot, also known as a
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Wheel-Axle Intelligent Industrial Robot
I have spent many years working inside the maintenance and overhaul cycle of our rail transit system, and I can
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Performance Analysis and Prototype Development of a 3PSS/S Parallel Shoulder Joint for Embodied Robots
The human shoulder represents one of the most complex and functionally versatile joints in the human body. For embodied robots,
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Cycloidal Drives and Rotary Vector Reducers
In my extensive research on precision gear transmissions, I have come to appreciate the pivotal role that cycloidal drives and
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Intelligent Wheel-Axle Maintenance
I have watched the maintenance of rail vehicle wheel-axle assemblies change from a craft that depended almost entirely on human
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Simulation Analysis of Meshing in Cycloidal Pinion Transmission of RV Reducer
In the field of industrial robotics, precision and reliability are paramount, and the RV reducer plays a critical role as
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Humanoid Robot Manipulation Risks and Their Regulatory Pathways
1. Introduction: The Dawn of the Humanoid Robot Era The year 2023 marked an extraordinary leap forward for humanoid robots,
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Meta-Action Decomposition for Industrial Robot Positioning Reliability
In this work, I address a critical challenge in the performance evaluation of industrial robot systems: the insufficient characterization of
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Design and Performance Study of a High Specific Power Reverse Roller Screw Mechanism for Humanoid Robots
In recent years, the rapid development of artificial intelligence has significantly accelerated the application of humanoid robots in medical, service,
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Accurate Modeling and Experimental Investigation of Geometric Backlash in Rotary Vector Reducers
In my research, I focus on the precision transmission systems, particularly the rotary vector reducer, which is widely used in
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Design of an Embodied Robot System with Dual Controllers and ROS Platform
In the past three decades, humanoid robots have evolved from laboratory prototypes to commercially viable products. However, the design of
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Humanoid Robots: The Next Strategic Frontier
I have been closely watching the global race toward embodied artificial intelligence, and I am convinced that the humanoid robot
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Positioning Accuracy Reliability of Industrial Robots
In the context of intelligent manufacturing transformation, industrial robots have become indispensable core execution equipment on automated production lines. The
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Experimental and Analytical Investigation on End-Face Stiffness of RV Reducers for Robotic Applications
The performance and reliability of industrial robots are fundamentally dependent on the precision and durability of their core drivetrain components.
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Humanoid Robot Technology in Digital Electronics Teaching Reform
In this paper, I present a first-person account of our systematic investigation into integrating humanoid robot technology into the course
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Industrial Robot Co-Design and Precision Control
I begin with a simple observation that has shaped my entire investigation: the industrial robot is no longer merely a
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Finite Element Analysis of Dynamic Contact Stress in Rolling Bearings of Rotary Vector Reducers
In the field of precision engineering, rotary vector reducers play a critical role in applications requiring high torque transmission, compact
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Vibration Characteristics Study of Cycloid Spalling Fault in RV Reducers
In the field of precision machinery and industrial robotics, the RV reducer plays a critical role due to its compact
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Research on Bionic Insect Robot System Based on Arduino
In the field of robotics, bionic robots represent a significant branch of study, leveraging the unique attributes of various organisms
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Mechatronic Co-Design and High-Precision Control for Industrial Robots
In my research on industrial robots, I have consistently observed that the achievable precision and dynamic stability of these systems
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Sensorless External Force Detection and Safe Human-Robot Interaction for a Humanoid Robot
Throughout my graduate research, I focused on enhancing the safety and intelligence of a humanoid robot system that operates without
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Analysis and Countermeasures for Contact Fatigue in Planetary Gears of Rotary Vector Reducers
As a core component of industrial robots, the rotary vector reducer is critical for precision motion control. Its durability and
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Industrial Robot at Full Scale
I have followed the industrial robot sector long enough to recognize when a laboratory promise turns into a factory reality.
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Humanoid Robot SLAM
Simultaneous Localization and Mapping (SLAM) is a fundamental capability for embodied robots operating in unknown environments. Unlike wheeled or tracked
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Humanoid Robot Standard System Research
As an emerging product that integrates artificial intelligence, mechanical engineering, integrated circuits, advanced materials, and other cross-domain technologies, the humanoid
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Micro Bionic Robots in Gastrointestinal Diagnostics
As a researcher deeply immersed in the field of medical robotics, I find the evolution of bionic robots for internal
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Humanoid Robot Control and Design
In this thesis, I investigate the control and design of anthropomorphic movements for a humanoid robot platform. The increasing integration
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Industrial Robots in Full-Scale Production
I walked into the test and production center with a simple question in mind: what does it actually mean for
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Modal Analysis of Spur Gear in RV Reducer under Meshing Conditions
In the field of industrial robotics, the performance of transmission systems is critical for achieving high precision and reliability. Among
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Review on Energy-Saving Key Technologies for Underwater Bionic Robot Clusters
The coordinated movement of biological collectives, such as schools of fish or flocks of birds, demonstrates remarkable capabilities in energy
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Autonomous Crawling Gait Design and Simulation Analysis of a Hexapod Bionic Robot
In recent years, the field of robotics has seen significant advancements, particularly in the development of bionic robots that mimic
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Optimized PLC–Industrial Robot Collaboration
In my work on modern manufacturing equipment, I have found that the industrial robot and the Programmable Logic Controller (PLC)
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Comprehensive Performance Testing Platform for Rotary Vector Reducers
In my research, I have focused on addressing the critical need for advanced testing methodologies for rotary vector reducers, which
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Pose Estimation for Humanoid Robots
Humanoid robots have attracted significant attention in recent years due to their human-like morphology and dexterous manipulation capabilities. To realize
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Communication Optimization and Control for Industrial Robots and PLCs
In my work on smart manufacturing cells, I have observed that the collaboration between industrial robots and programmable logic controllers
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Humanoid Robot Terrain Mapping and Footstep Planning
In recent years, the development of humanoid robots has drawn significant attention to their autonomous locomotion capabilities in complex terrains.
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Amphibious Bionic Robots: A Comprehensive Review
As a researcher in the field of robotics, I have always been fascinated by the versatility of bionic robots, especially
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Humanoid Robot Controller and Gait Control
In the past few decades, the field of humanoid robotics has evolved from a distant science-fiction dream into a tangible
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Harmonic Resonance in Precision RV Reducers: A Modal Analysis of the Cycloidal Gear
The relentless drive towards automation and smart manufacturing has placed industrial robots at the forefront of technological advancement. The core
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Industrial Robot Motion Control
Abstract. In my research, I study the electrical automation control of the mobile behavior of an industrial robot. I treat
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Humanoid Robot-Enabled Innovation in Exhibition Design
In the current era of rapid technological advancement, humanoid robots have progressively entered various domains as cutting-edge technological achievements. Exhibition
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Market Analysis and Technological Innovations in Bionic Robots
In the era of rapid technological advancement, robotics has permeated every facet of human society, with bionic robots standing out