作为安全和良好的性能 FOR SAFETY AND PERFORMANCE
为了实现微波电路的高成品率和良好性能，在设计阶段就必须要对不连续性问题进行准确建模和研究。
In order to realize high-performance microwave circuits, it is necessary to establish accurate models and to analyze for these discontinuities.
GRG算法只扫描数据库两次，不产生候选集，并在速度和伸缩性上有良好性能。
It scans the database for only two times, and avoids candidate set generation. GRG shows good performance both in speed and scale up properties.
该系统具有良好的可移植性和可伸缩性，可以减少系统开发以及部署时间，以较低的控制开销获得了良好性能的表现。
The system has good scalability and portability, which can reduce development cycle and deployment time greatly, so it can make good performance with low control overload.
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