智能普适计算的系统扩展

Jack Sun
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引用次数: 10

摘要

基于晶圆的3D×3D系统扩展彻底改变了机器学习(ML)和人工智能(AI)以及移动计算。它可能会引发智能普适计算的大爆炸。3D CMOS扩展在材料、工艺、器件、电路、设计、EDA、计算架构、算法和软件方面不断创新,面临着许多挑战和机遇。3D堆叠和异构系统集成,例如coos®和InFO,不仅增强而且放大了3D CMOS逻辑,3D存储器,集成专业技术和3D传感器的优势,用于智能无处不在的计算。3D×3D系统规模创新的良性循环可能会像星系或宇宙一样扩展。到21世纪20年代,3D×3D子系统的晶体管总数可能会达到相当于人类大脑的水平,从而提供类似大脑的增强智能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
System scaling for intelligent ubiquitous computing
Wafer based 3D×3D system scaling revolutionizes machine learning (ML) and artificial intelligence (AI) as well as mobile computing. It may trigger a big bang in intelligent ubiquitous computing. 3D CMOS scaling continues with many challenges and opportunities for relentless innovation in materials, processes, devices, circuits, design, EDA, computing architectures, algorithms, and software. 3D stacking and heterogeneous system integration, e.g., CoWoS® and InFO, not only augments but also amplifies the benefits of 3D CMOS logic, 3D memory, integrated specialty technologies and 3D sensors for intelligent ubiquitous computing. The virtuous cycles of 3D×3D system scaling innovation may expand like a galaxy or universe. The aggregate transistor count in a 3D×3D sub-system may reach the equivalent of human brain in the 2020s to provide brain-like augmented intelligence.
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