The Robot Quadrotors Perform James Bond With No Conductor
Harris Jay Rosenberg Alterman — March 2, 2012 — Tech
References: youtu.be & uniquedaily
In this video from the University of Pennsylvania, a group of robot quadrotors perform the James Bond theme song to a tee. The entire band of flying robots is completely controlled by a computer program and has absolutely no direction from any human.
A small cluster of flying robots hovers above a keyboard and, when instructed by the computer lowers, themselves to hit a key. When timing is involved, the notes string together to form the bass line for the James Bond theme song. Once the bass line has picked up, another robot begins to keep the beat by tapping on a symbol. Finally, another group of hovercrafts sweeps across a contraption of metal cords to create the melody.
The Robot Quadrotors Perform James Bond Theme video is just a basic example of what emerging technology is capable of. It may not be long before the entire New York Philharmonic Orchestra is made up of robots.
A small cluster of flying robots hovers above a keyboard and, when instructed by the computer lowers, themselves to hit a key. When timing is involved, the notes string together to form the bass line for the James Bond theme song. Once the bass line has picked up, another robot begins to keep the beat by tapping on a symbol. Finally, another group of hovercrafts sweeps across a contraption of metal cords to create the melody.
The Robot Quadrotors Perform James Bond Theme video is just a basic example of what emerging technology is capable of. It may not be long before the entire New York Philharmonic Orchestra is made up of robots.
Trend Themes
1. Emerging Technology - The use of robot quadrotors demonstrates the potential of emerging technology in creative performances and entertainment.
2. Autonomous Control - The ability of the flying robots to perform without any direction from humans highlights the trend towards autonomous control in robotics.
3. Human-robot Collaboration - The collaboration between the computer program and the flying robots showcases the trend of humans and robots working together in synchrony for artistic expression.
Industry Implications
1. Entertainment - The entertainment industry can explore the use of robot quadrotors for unique and captivating performances.
2. Robotics - The robotics industry can leverage autonomous control technology to develop advanced flying robots for various applications.
3. Music - The music industry can embrace the collaboration between humans and robots to create innovative and futuristic musical experiences.
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