The Surena III Robot is Capable of Voice and Speech Recognition
Rahul Kalvapalle — November 24, 2015 — Tech
A group of scientists and gineers at the University of Tehran have developed a high-tech humanoid, dubbed the Surena III, that is the third version of the Surena robot.
This particular robot stands 6.2 feet tall, weighs 216 pounds and features four realistic articulated limbs. Each one of its legs has six degrees of freedom, while each arm features seven degrees. The hands and torso offer one degree of freedom, while the neck offers two. All of these parts are driven by electronically controlled motors in the lower body and special servomotor packages in the upper body.
This robot's vision, voice recognition and speech modules allow it to communicate with people. It is also capable of imitating people's motions.
Robots' versatile range of functions has been evident for some time now, but this humanoid robot shows that it's possible to make robots a little more humanized and relatable, which may make them more pleasant for human beings to be around.
This particular robot stands 6.2 feet tall, weighs 216 pounds and features four realistic articulated limbs. Each one of its legs has six degrees of freedom, while each arm features seven degrees. The hands and torso offer one degree of freedom, while the neck offers two. All of these parts are driven by electronically controlled motors in the lower body and special servomotor packages in the upper body.
This robot's vision, voice recognition and speech modules allow it to communicate with people. It is also capable of imitating people's motions.
Robots' versatile range of functions has been evident for some time now, but this humanoid robot shows that it's possible to make robots a little more humanized and relatable, which may make them more pleasant for human beings to be around.
Trend Themes
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2. Voice and Speech Recognition - Disruptive innovation opportunity: Explore the potential applications of voice and speech recognition technology in industries like customer service, healthcare, and personal assistant devices.
3. Articulated Limbs - Disruptive innovation opportunity: Develop robotic limbs with a higher degree of freedom to enable more versatile and human-like movements, opening up possibilities in industries such as manufacturing and rehabilitation.
Industry Implications
1. Robotics - Disruptive innovation opportunity: Use humanoid robots in industries such as healthcare, hospitality, and education to provide personalized assistance and improve efficiency.
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3. Artificial Intelligence - Disruptive innovation opportunity: Combine articulated limb technology with AI-powered robots for applications in manufacturing, logistics, and industrial automation to optimize processes and enhance productivity.
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