A novel method for associative processing, using negative capacitance FDSOI (NC-FDSOI) transistors, is presented in this work. Distance computing cell (DCC), that is the basic building block of the associative processing system, is designed using only five transistors. For processing an input pattern, this NC-FDSOI DCC based associative processing system requires fewer transistors and consumes 150 to 500 times lower energy, in comparison with the conventional CMOS Boolean system. The functionality of the DCC is achieved in this small five transistor circuit because of the sharp switching of the ferroelectric polarization.

中文翻译：

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使用负电容FDSOI晶体管进行模式识别的关联处理

在这项工作中，提出了一种使用负电容FDSOI（NC-FDSOI）晶体管进行关联处理的新方法。距离计算单元（DCC）是关联处理系统的基本组成部分，仅使用五个晶体管进行设计。与常规的CMOS布尔型系统相比，该基于NC-FDSOI DCC的关联处理系统用于处理输入模式时，所需的晶体管更少，并且能耗降低了150至500倍。由于铁电极化的急剧切换，在这个小的五晶体管电路中实现了DCC的功能。