构建了反映复杂人机系统动态与潜在失误的人误分析基本框架，从组织、操纵员、设备与机器三个部分出发分析人误的形成及其相互关系。
With the basic principle of AHP (analytic hierarchy process), a model of organizational factors of influencing human error in nuclear power plant was established, and its index system was determined.
通过人机交互方式，对于具有复杂形状的冲压件，该系统也可以有效地生成对应的毛坯图。
Through interactive method, the system can effectively produce corresponding blank drawing for stamping part with complex shape.
舰船装备是一个典型的、庞大的、复杂的人机系统。
Equipment onboard a naval ship is a typical, enormous and com plicated man machine system.
该评判系统有效地解决了对人机界面复杂因素定量化评价的问题。
This is an efficient way to solve the rational evaluation of the complex element of human-machine interface.
无人机系统是一个“人在回路”的复杂控制系统。
The UAV (Unmanned Air Vehicles) system is a complicated control system of man-in-the-loop.
系统配置了5.2英寸TFT彩色图形液晶显示器，能够显示各种复杂的振动测试和分析图形，同时设计了丰富友好的人机接口界面。
A 5.2-inch colorful TFT LCD is used to displaying all kinds of complicated plots of measurement and analysis of vibration, which are friendly in human-machine interface.
构造虚拟环境系统涉及到计算机图形图像处理、对象管理、交互设备处理和人机界面、人工智能等诸多方面，开发过程相当复杂。
The construction of VR system is complex, involved in many aspects such as computer graphic, object management, interactive equipment Disposal, man-machine conversation and artificial intelligence.
无人机是一个结构复杂的机电一体化系统，为了满足故障诊断的需求，以模糊数学理论为基础，并将案例推理融合到模糊推理机中。
UAV is a complex mechatronic system, in order to meet the needs of fault diagnosis, based on the theory of fuzzy mathematics, and integrate case-based reasoning into fuzzy inference machine.
无人机是一个结构复杂的机电一体化系统，为了满足故障诊断的需求，以模糊数学理论为基础，并将案例推理融合到模糊推理机中。
UAV is a complex mechatronic system, in order to meet the needs of fault diagnosis, based on the theory of fuzzy mathematics, and integrate case-based reasoning into fuzzy inference machine.
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