This paper presents an optimization-based layered classification method for the classification and dynamics monitoring of wetlands based on a decision procedure of multiple objectives.
针对上述问题，在闽江口湿地动态监测和专题信息提取过程中，建立了提取方法优选模型，构建了基于优化理论的湿地信息提取分层分类模式。
This process is repeated multiple times to apply more layers, with careful monitoring and precise etching techniques applied to each layer, to produce the final layered chip design.
这一过程被重复多次以应用更多的层，通过仔细监测和施加到各个层的精确蚀刻技术，以产生最终的层状芯片设计。
In this paper, a layered network architecture based on regular hexagonal cells is introduced to wireless sensor network, and the optimal layers is studied in given monitoring area.
提出了一种基于正六边形网格的分层网络结构，研究了在监测区域面积给定情况下的最优网络分层问题。
The data of field monitoring were used to analyze the affection of various factors. It concludes the dynamic stress distribution discipline in layered road system.
通过原位监测试验的相关数据，总结出层状道路系统在交通荷载下的动应力时空分布规律。
The arrangement of machine, equipment and monitoring points of temperature, stress and strain, the technology of layered and segmented integral pouring are introduced in detail.
重点介绍机械设备布置、温度及应力应变测点布置、混凝土分层分段整体浇筑等技术措施。
The arrangement of machine, equipment and monitoring points of temperature, stress and strain, the technology of layered and segmented integral pouring are introduced in detail.
重点介绍机械设备布置、温度及应力应变测点布置、混凝土分层分段整体浇筑等技术措施。
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