The Kirobo Mini is a robot, developed by Toyota, that is a companion of sorts that sits with you in your car as you go out on drives. No it doesn't take up the passenger seat -- this robot is so small that it can sit comfortable in your cup holder.
This robot is part of an effort by Toyota to look into how best to apply the latest artificial intelligence (AI) and human interaction research to vehicular technology. Much like some of the smartphone robots out there, the Kirobo Mini is quite responsive. It is able to respond to voice commands, can gesticulate to humans and can even detect drivers' emotions by studying their facial expressions through a camera.
Ultimately, the Korobo Mini's ability to read driver behaviour will inform "future innovations and developing transport that's in tune with the driver's mood".
Driver-Analyzing Robots
The Kirobo Mini Robot Can Read Drivers' Emotions
Trend Themes
1. Artificial Intelligence in Vehicles - The Kirobo Mini robot is an example of artificial intelligence being applied to vehicular technology, opening up opportunities for further advancements in this field.
2. Emotion-sensing Technology - The ability of the Kirobo Mini robot to detect drivers' emotions through facial expressions highlights the potential for emotion-sensing technology in various industries, including automotive and customer service.
3. Human-robot Interaction - The responsive nature of the Kirobo Mini robot showcases the importance of human-robot interaction research, creating potential for improved user experiences and enhanced collaboration between humans and robots.
Industry Implications
1. Automotive - The Kirobo Mini robot's ability to read drivers' emotions can be applied to automotive industry to develop more personalized and empathetic vehicles.
2. Customer Service - Emotion-sensing technology, like the one used in the Kirobo Mini robot, can be implemented in customer service industries to better understand and respond to customer needs and emotions.
3. Robotic Technology - The Kirobo Mini robot's responsive behavior and facial expression analysis offer opportunities for further advancements in the field of robotic technology, impacting industries such as healthcare and entertainment.