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Smartphones already possess a form of artificial intelligence, and one of the first functions they offer is beauty. Shen Jin, vice president of Qualcomm's global group and general manager of its China investment department, believes smartphones will become the largest platform for AI development. He predicts that 8.5 billion smartphones will hit the market within the next five years. This vision was shared at the Xiaoyao Waist Technology Conference—Global Mobile Developers Conference and Artificial Intelligence Summit held in Guangzhou on October 12, 2017.
"Thirty years ago, I started studying artificial intelligence at Tsinghua University," said Academician Zhang Jianwei, director of the Multimodal Technology Institute at Hamburg University in Germany. "Today, the computational power of AI has changed dramatically." He noted that AI applications have evolved from basic face recognition to more advanced features like Microsoft’s Xiaobing, which can generate poetry from images. Even more recently, AI has been used to help NBA star Lin Shuhao improve his basketball skills, signaling that AI has now reached the stage of physical and environmental recognition.
Does this mean AI will surpass human intelligence? "Artificial intelligence is essentially mathematics," said Pierrot Sgarrufi, founder of the Silicon Valley Institute of Artificial Intelligence. "We should not overstate its capabilities." Zhang Jianwei added that AI still has a long way to go before it can match human intelligence, emphasizing that understanding human cognition remains a major challenge of this century.
According to McKinsey's report "The Future of Artificial Intelligence in China," both China and the U.S. are leading in AI research and development globally. China, in particular, has shown remarkable progress and sensitivity in the field, positioning itself as a strong player in the AI landscape.
Sgarrufi is optimistic about China's AI potential. He pointed out that China produces ten times as many math graduates as the U.S., and Chinese researchers publish far more papers on deep learning. Another key advantage is China’s massive data resources. During his time at Stanford, Sgarrufi relied heavily on Chinese data sets. He believes the future breakthroughs in AI will come from neuroscience, particularly in understanding the brain.
"Guangzhou has a solid foundation in traditional industries and a strong industrial base for AI development," said Zhang Jianwei. To demonstrate this, he developed and registered an "efficient dynamic walking robot" in Guangzhou. The robot can walk like a human, climb stairs, and save energy, making it ideal for rehabilitation assistance. U.S. media even reported that "China has surpassed the U.S. in passive walking robotics technology."
As AI continues to evolve, it's clear that collaboration between academia, industry, and governments will be essential in shaping its future. With countries like China and the U.S. leading the charge, the next decade could bring transformative changes in how we interact with machines—and how machines understand us.