Like in previous performances held under the fresco-covered ceiling of the beautifully elegant Teatro Verdi, in Pisa, Italy, musicians sit attentive, instruments at the ready, eyes focused on the Maestro. Soloists stand ready as well, waiting for the conductor’s upward motion with the baton to begin. Yet this is no ordinary performance, and no ordinary conductor. Here, ABB’s YuMi, the world’s first truly collaborative dual-arm robot, is making its conducting debut.
That was the scene last night, as YuMi directed Italian tenor Andrea Bocelli in a program of Verdi at a charity concert for the gala of the First International Festival of Robotics. Over 800 illustrious guests from around the world enjoyed the program titled “A breath of hope: from the Stradivarius to the robot.” Among the guests of this special performance was ABB CEO Ulrich Spiesshofer under whose leadership YuMi was developed when he was responsible for the turn-around of the Robotics business.
“I think tonight we’re truly making history and writing the future of robotics applications,” said ABB CEO Ulrich Spiesshofer after the performance. “YuMi demonstrated how intuitive, how self-learning this machine is – how wonderful our software really is in learning the movement of a conductor, sensing the music, and really conducting an entire team.”
Conducting an orchestra is one of the highest forms of art – it is about shaping the diverse voices of the musicians into a single expression in service to the composer. YuMi is one of the highest forms of robotics technology, changing the way the world looks at human-robot collaboration. The two forms coming together so smoothly during the performance is a testimony to the evolving nature of how man and machine can work together in entirely new ways. Maestro Andrea Colombini, director of the Lucca Philharmonic Orchestra, who helped prepare YuMi for the event, was excited by YuMi’s sophisticated technology. “Setting up the interaction between the elbow, forearm and wrist of the robot, making use of its versatility in repeated and demanding attempts to break down the upbeats and downbeats, was very successful,” he said. The gestural nuances of a conductor have been fully reproduced at a level that was previously unthinkable to him.
YuMi achieved a very high level of fluidity of gesture, with an incredible softness of touch and expressive nuancing. This is an incredible step forward, given the rigidity of gestures by previous robots and proves how easily YuMi can be programmed to do the most delicate jobs in electro- mechanic assembly. YuMi’s performance was developed in two steps. In rehearsals, Colombini’s movement were captured with a process called “lead-through programming,” where the robot’s two arms are guided to follow the motions with great attention to detail; these movements were then recorded. The second step involved fine-tuning the movements in ABB’s RobotStudio software, where the motions were synchronized to the music. With ABB’s technical expertise, the lead-through programming let Colombini focus on doing what he does best, bringing the music to life.
The first International Festival of Robotics has been a place for spreading awareness of robotics, and of robotics applications, including collaborative industrial robots like YuMi. While this performance gives an inspiring peek at the future, it is unlikely robots will ever prove capable of combining the scholarship, artistry, technique, interpretation and charisma of a skilled human conductor. The simple goal is to develop industrial robots that are easier to use and perform better with less human intervention.
Just as YuMi delighted the Maestro, robots bring unique experiences and excitement to their worlds.
The 1st International Robotics Festival in Pisa, Italy, September 7-13 aims to spread awareness and develop knowledge in this field in all areas and applications. Institutions, universities, museums, foundations and many research institutes have come together to bring about this unique and comprehensive event. The rich program has included conferences and debates, both scientific and didactic, a film program, educational robotics exhibitions and applied robotics demonstrations.
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