fault recognition造句
例句与造句
- New fault recognition method based on multivariate statistical process control
基于多元统计过程控制的故障识别方法 - Then analyze the reason to fault recognition according to the recognition result
论文还根据识别结果，和实验现象，分析了出现误判的原因。 - Fault recognition of automotive transmission based on wavelet packet decomposition and neural network
小波包分解与神经网络相结合的变速箱齿轮故障识别 - To facilitate rapid reaction times , fault recognition is usually carried out by newly developed mechanisms
为了方便快速识别错误，故障识别通常采用新机制。 - Then the inefficiency on fault recognition based on multivariate statistical process control is presented
指出了多元统计过程控制在故障识别上能力的不足。 - It's difficult to find fault recognition in a sentence. 用fault recognition造句挺难的
- The reliable standard image acquiring algorithm and fault recognition algorithm were designed . these algorithms are also putted into use to settle the problems
设计了可靠的标准图像采集算法、故障识别算法并将其用于解决实际问题。 - 3 . to enhance the ability of fault recognition , a new method for searching the fault origin from the multivariate statistical aspect is presented
为了提高多元统计过程控制的故障识别能力，提出了一种基于多元统计过程控制的识别故障源的新方法。 - " energy - fault recognition " , a fault diagnosis method based on wavelet packets analysis for the transport pipeline supervising system is proposed in this dissertation . eigenvector target is presented which reflect the characteristic of leakage pressure signal
本文将基于小波包分析的“能量?故障识别”故障诊断方法引入管道运行状态监测技术，提出了反映泄漏压力信号特性的特征向量指标。 - According to this we can get fault types . whereas the disfigurement and limitation of the fault recognition methods at present and the application background of neural network , the design uses the rbf neural network to recognize fault types . to solve the problems of memory of f149 and training speed or real time recognitions , the design adopts several previous coefficient of dct to describe the input samples of the neural network
鉴于目前油井工况模式识别方法的缺陷和局限性以及神经网络的应用背景,设计了用rbf神经网络和dct相结合的方法实现实时对油井工况模式的识别,解决了单片机存储空间、训练速度和实时识别两方面的问题,提高了主机的控制和处理能力。 - In this paper , according to the character of the ship power system and device and the factors that affect it ' s capability , such as environment , utilizing the experience of the field expert , and combined with the practice of ship manufacturing and maintenance , the application of various oil monitoring technology , namely oil quality testing , spectrometric oil analysis , ferrography analysis , and particle counting etc , is studied respectively , and the fault recognition pattern is constructed . on the basis of this , according to dempster - shafter evidence theory , the information infusion mode is constructed and the oil monitoring multi - technology system is integrated . at last , colligating the result of the information infusion system and other information of the device , such as primitive data , maintenance records , running condition etc , the oil monitoring system to ship power system & device is realized
本文根据船舶动力装置与设备自身的特性以及外部环境等影响因素，利用领域专家经验和相关的知识，结合船舶修造和营运实际，对常规理化性能检验、油料发射光谱分析、铁谱分析以及颗粒计数等油液检测技术在船舶中的应用进行了分别研究，并建立了状态识别模式；在此基础上，利用d ? s证据组合理论，建立信息融合模型，集成了油液监控多技术系统；最后，综合多技术信息融合系统的建议，以及设备的原始数据、维修记录、运行状态等信息，实现了船舶动力装置与设备油液监控系统。