The Spring Festival Gala has always been a cherished tradition for many, filled with laughter, music, and unforgettable performances. However, in recent years, the event has also showcased some modern innovations that reflect the spirit of the new era, such as aerial drone displays and the energetic "Square Dance Robot Aunt" that made an appearance on stage. These high-tech elements have captured the attention of audiences and sparked discussions about the role of technology in traditional celebrations.
But is the robot truly autonomous? Actually, it's more of a false assumption. The robot’s movements are ultimately controlled by human operators who program and guide its actions. Despite this, the performance still impresses viewers, blurring the line between machine and human creativity.
When we talk about robots, it's hard not to mention Yale University in the United States. Researchers there once developed a computer system capable of generating its own content and even simulating thought processes. This was a groundbreaking step in the field of artificial intelligence, combining psychology and information theory to explore how humans think and behave. By understanding these patterns, scientists aim to replicate them in machines, creating systems that can mimic human-like behavior to some extent.
The "Square Dance Robot Aunt" that appeared after the Spring Festival Gala is based on similar principles. It combines advanced technology with choreography to deliver a performance that is both entertaining and impressive. But how exactly is this intelligent "Aunt" built?
Composition of the Robot
A robot typically consists of three main components: the mechanical part, the sensing part, and the control part. Each of these plays a crucial role in enabling the robot to function effectively and interact with its environment.
Mechanical Part
The mechanical structure of a robot includes the body (or fuselage), arms, and end effectors—each designed with multiple degrees of freedom to create a complex, multi-jointed system. Depending on their design, robots can be categorized into different types, such as Cartesian coordinate robots, cylindrical coordinate robots, polar coordinate robots, articulated robots, SCARA robots, and mobile robots. These variations allow for flexibility in movement and application across various industries.
Sensing Part
The sensing component includes both internal and external sensors that collect data from the robot's surroundings and its own internal state. Smart sensors enhance the robot's ability to move, adapt, and respond intelligently. While the human sensory system is incredibly sensitive, certain types of information—such as temperature, pressure, or motion—can be detected more efficiently by sensors than by human senses alone.
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