The Emotional Heart Robot
Rachel Webb — September 1, 2008 — Unique
References: slashgear
Can robots be intelligent enough to express human emotions? Check out this cool little Emotional Heart Robot.
Researchers in Bristol, UK have created this small robot-like puppet made out of flexible plastic, padding, silk and rubber, and wrapped in Egyptian cotton.
The Heart Robot has the ability to detect objects at a distance, listen, balance and sense touch.
Its nervous system consists of five small computers which look after different parts of the puppet. The sophisticated workings enable him to respond to human behavior in a remarkable way.
If Heart Robot is agitated, his breathing becomes faster and his heartbeat speeds up. When he relaxes he becomes “happier”.
David McGorgan, project coordinator, said “We are hoping that people will feel an emotion in response to the robot and that this will inspire them to find out more about robotics.”
Certainly more interesting to me than the standard robotics.
Researchers in Bristol, UK have created this small robot-like puppet made out of flexible plastic, padding, silk and rubber, and wrapped in Egyptian cotton.
The Heart Robot has the ability to detect objects at a distance, listen, balance and sense touch.
Its nervous system consists of five small computers which look after different parts of the puppet. The sophisticated workings enable him to respond to human behavior in a remarkable way.
If Heart Robot is agitated, his breathing becomes faster and his heartbeat speeds up. When he relaxes he becomes “happier”.
David McGorgan, project coordinator, said “We are hoping that people will feel an emotion in response to the robot and that this will inspire them to find out more about robotics.”
Certainly more interesting to me than the standard robotics.
Trend Themes
1. Emotional Robotics - The development of robots that can express human emotions presents opportunities for enhancing human-robot interaction and creating more personalized experiences.
2. Sensory Technology - Advancements in sensory technology enable robots and other devices to detect objects, listen, balance, and sense touch, enhancing their ability to interact with the physical world.
3. Responsive AI - The use of sophisticated, responsive artificial intelligence systems allows robots to adapt and respond to human behavior, creating more immersive and engaging experiences.
Industry Implications
1. Robotics - The field of robotics can leverage emotional robotics to develop advanced humanoid robots capable of understanding and expressing emotions, offering new opportunities in healthcare, entertainment, and customer service.
2. Consumer Electronics - Sensory technology can be incorporated into consumer electronics devices, such as smartphones and wearables, to enhance user experience and enable gesture-based interactions.
3. Artificial Intelligence - The integration of responsive AI systems in various industries, including healthcare, education, and gaming, can revolutionize human-computer interaction and enable more personalized and adaptive experiences.
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