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清华领衔突破:GRAPE框架为AI位置编码开启“数学统一”新篇章
研究团队从群论中汲取灵感,创新性地将"群作用"概念引入位置编码领域。该数学工具擅长描述对称变换规律,例如正方形的四种旋转方式保持图形不变性。基于这一理论突破,GRAPE框架构建出乘法与加法两大编码体系,分别对应旋转与平移两种空间变换方式。
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在人工智能领域,位置编码技术的最新突破引发了广泛关注。由清华大学及其他多所顶尖高校联合研发的GRAPE(Group Representational Position Encoding)框架,成功将现有的旋转位置编码(RoPE)和线性偏差编码(ALiBi)等技术整合进一个统一的数学体系。这一成果为Transformer架构在位置信息处理上开辟了新的路径,标志着AI技术的又一重要进步。
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