通过分析塑料瓦楞板同步剪切的工艺过程，并结合工艺要求，提出了仿人智能控制系统的设计方法。
By analyzing technological process and combining technological requirements of synchronism shearing, the designing method of the intellect controlling system imitating human was put forward.
该项目中建筑师采用了便宜且易于快速组装的材料，主要有作为窗户和分隔墙的塑料瓦楞板，及用于外墙和支撑作用的水泥板。
The architects selected inexpensive and quick-to-assemble materials for the project, using corrugated plastic sheeting for Windows and room dividers, and cement board for walls and shelving.
建筑空间有柱子构成，并通过安装在钢结构上的塑料瓦楞板进行分隔。 这也意味着建筑可以根据学校未来的需求进行重新组装以适应不同需求。
The rooms are formed by bamboo and corrugated plastic partitions affixed to the steel structure, meaning the school has the potential to be adapted in the future to suit the needs of the school.
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