Humanoid Robotics explained by student.pptx

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1. Humanoid Robotics Overview This presentation provides a comprehensive overview of humanoid robotics, exploring the current trends, key technologies, applications, challenges, future directions, and ethical considerations in the field. It aims to inform students and professionals interested in robotics and artificial intelligence about the advancements and implications of humanoid robots in our society.

2. Applications of Humanoid Robots Current Trends in Humanoid Robotics Key Technologies CONTENTS(1)

3. Conclusion Future Directions CONTENTS(2) Challenges in Development Ethical Considerations

4. 3 2 1 Focus on creating more intuitive and natural communication. Current Trends in Humanoid Robotics Integration of machine learning for improved decision-making. Human-Robot Interaction Advancements in AI Enhanced Mobility Development of more agile and versatile humanoid designs.

5. 1 3 5 2 4 Growing interest in humanoid robots for healthcare and eldercare. Collaborative robots (cobots) designed for teamwork with humans. Increasing integration of AI for enhanced decision-making. Collaborative Robots Advancements in sensory technology for improved perception. Sensory Technology Soft Robotics AI Integration Healthcare Interest Current Trends in Humanoid Robotics Development of soft robotics for safer human-robot interaction.

6. Enable robots to perceive and interact with their environment. Artificial Intelligence Sensors and Actuators Key Technologies Enhances robot decision-making and learning capabilities. Machine Learning Facilitates adaptive behavior and improved performance over time.

7. Facilitates human-robot communication. Enables robots to interpret and understand visual information. Machine Learning Computer Vision Powers decision-making and learning capabilities. Focuses on the design and construction of robotic systems. Natural Language Processing (NLP) Allows robots to adapt and improve from experiences. Robotics Engineering Artificial Intelligence (AI) Key Technologies

8. Ethical Considerations Concerns about data collection and surveillance. Potential loss of jobs due to automation. Moral Responsibility Job Displacement Who is accountable for robot actions? Privacy Issues

9. 3 1 5 4 2 Providing assistance in retail and hospitality. Customer Service Serving as teaching assistants or tutors. Education Applications of Humanoid Robots Healthcare Entertainment Exploring human-robot interaction and social dynamics. Research Assisting in patient care and rehabilitation. Engaging audiences in performances or interactive experiences.

10. 1 3 2 High Costs Challenges in Development Technical Limitations Development and maintenance are expensive. Safety Concerns Current technology limits robot capabilities. Ensuring safety in human-robot interactions.

11. Replicating human-like movement is technically demanding. Social Acceptance Complexity of Human Motion Energy Efficiency Challenges in Development Ensuring safe interaction between humans and robots. High expenses associated with research and production. Cost of Development Safety Concerns Developing robots that can operate for extended periods. Overcoming public skepticism and ethical concerns.