搜索资源列表
自组织
- 自组织神经网络,用于模式识别以及故障智能诊断。 -self-organizing neural networks for pattern recognition and intelligent fault diagnosis.
浙江电网故障诊断
- 用遗传算法实现故障诊断的程序,他利用C++程序对镇江电网进行诊断,从而实现最优计算-genetic algorithm fault diagnosis procedures, the use of his right Zhenjiang C procedures for network diagnosis, thus achieving optimal calculation
synchronousmachine
- 多回路法在故障诊断有着广泛应用，改程序是基于C++用多回路法计算凸极同步电机参数的函数。-Multi-loop method is widely used in fault diagnosis, changes are based on C++ with multi-loop method to calculate parameters of a salient pole synchronous motor function.
zhoucheng
- 轴承故障诊断，经验模态分解，采用切片双谱-Bearing fault diagnosis, empirical mode decomposition, using slices bispectral
MED-AND-SANC
- 用于滚动轴承微弱故障信号的诊断的方法：最小熵反卷积程序、自适应消噪法处理轴承信号、美国西储大学轴承数据处理等5个源文件-Fault diagnosis for rolling bearing weak signal approach: minimum entropy deconvolution procedure, adaptive noise cancellation treatment bearing signals, Case Western Reserve University, Uni
cvx_error
- 风机状态监测与故障诊断技术的研究，实时检测故障和自动排除故障-Research fan status monitoring and fault diagnosis technology，Real-time fault detection and automatic troubleshooting
guzhangzhenduanyushibei
- 基于C# 的故障诊断程序，利用此程序可以实现对故障信号的频域变换，同时可以求解出故障中的各个参量-Fault diagnosis based on c# procedures, the use of the program can realize the fault signal of frequency domain transformation, at the same time the various parameters in fault can be solved
TimeFrequency
- 时频分析在MATLAB环境下的源代码。用来分析振动信号，提取特征，故障诊断-Time-frequency analysis in MATLAB source code. It used to analyze the vibration signal, feature extraction, and troubleshooting
Fuzzy-C---Means-Clustering-Algorithm
- 该程序主要用于机械故障模式的识别与诊断，且诊断准确率较高，具有工程应用价值。-The program is mainly used for the identification and diagnosis of mechanical failure modes, and the diagnostic accuracy is high, with engineering application value.
afe4400
- AFE4400 是一款非常适合于脉冲血氧仪应用的完全集成模拟前端 (AFE)。 此器件包含一个具有集成模数转换器 (ADC) 的低噪声接收器通道、一个 LED 发射部件和针对传感器以及 LED 故障检测的诊断功能。 此器件是一款可配置定时控制器。 这个灵活性使得用户能够完全控制器件定时特性。 为了简化计时要求并为 AFE4400 提供一个低抖动时钟，还集成了一个由外部晶振供频的振荡器。 此器件使用一个 SPI 接口与外部微控制器或主机处理器通信。-The AFE4400 is a fully-i