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Source: ScienceTimes | Author: Uncredited | Read the full article in Korean

Researchers at the Gwangju Institute of Science and Technology have made an exciting breakthrough in artificial intelligence that could revolutionize how robots understand and interact with their environment. They've developed a new AI vision technology that allows robots to recognize and identify objects they've never seen before with remarkable speed and accuracy.

Traditional AI systems have struggled with recognizing objects outside of their initial training data. This new technology, called QuBER, overcomes those limitations by using a sophisticated method of error correction. The system can quickly analyze and refine its object recognition in real-time, identifying objects even in complex scenarios like cluttered indoor spaces or boxes with multiple items.

The research team demonstrated impressive results, achieving an 88.4% accuracy rate in indoor environment recognition and a 77.5% accuracy rate for identifying objects within confined spaces. This breakthrough has potential applications across multiple fields, including robotics, autonomous driving, and industrial automation. The researchers are optimistic that their technology could significantly improve how machines perceive and interact with the world around them.

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