首页> 外国专利> RING TOPOLOGICAL STRUCTURE OF PET IMAGING SYSTEM AND IMPLEMENTATION METHOD THEREOF

RING TOPOLOGICAL STRUCTURE OF PET IMAGING SYSTEM AND IMPLEMENTATION METHOD THEREOF

机译:PET成像系统的环形拓扑结构及其实现方法

摘要

The present invention relates to a ring topological structure of a PET imaging system and an implementation method thereof, which relate to the technical field of basic topology of PET, PET/CT and PET/MR medical imaging systems. Event conformation judging of a PET system is completed by a series of distributed conformation modules, the conformation modules are serially connected into a ring structure, and each conformation module is a node module on a link; and at least one node module is filtered out from the ring structure to take out a conforming event. Calculation volume and IO load of a conformation processing unit are greatly reduced, switching between production of a simple system and production of a complex system is implemented, and development and research efficiency is greatly improved. Production of the PET system presents a block building effect and three-ring, four-ring, five-ring and six-ring systems can be conveniently produced. Meantime, switching between high and low resolution and production switching of a small system of a small animal and a large system of a human body are implemented by increasing or reducing node quantity and changing size of crystal in a detector.
机译:PET成像系统的环形拓扑结构及其实现方法,涉及PET,PET / CT和PET / MR医学成像系统的基本拓扑技术领域。 PET系统的事件构象判断由一系列分布式构象模块完成,该构象模块串行连接成环形结构,每个构象模块为链路上的节点模块。从所述环形结构中滤出至少一个节点模块,以进行一致性事件。大大减少了构象处理单元的计算量和IO负载,实现了在简单系统的生产和复杂系统的生产之间的切换,并且大大提高了开发和研究效率。 PET系统的生产具有砌块效应,可以方便地生产三环,四环,五环和六环系统。同时,通过增加或减少节点数量和改变检测器中的晶体尺寸来实现高分辨率和低分辨率之间的切换以及小动物的小型系统和人体的大型系统的生产切换。

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