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人工智能/神经网络 Adaptive Resonance Theory Brain Modeling 人工智能人工神经网络源码
Adaptive Resonance Theory Brain Modeling 人工智能人工神经网络源码
人工智能/神经网络 Adaptive Resonance Theory Brain Modeling 人工智能人工神经网络源码
Adaptive Resonance Theory Brain Modeling 人工智能人工神经网络源码
人工智能/神经网络 adaptive resonance theory 2 人工神经网络
adaptive resonance theory 2
人工神经网络
matlab例程 The aqsesGUI software is a software package for processing Magnetic Resonance Spectroscopy signals.
The aqsesGUI software is a software package for processing Magnetic Resonance Spectroscopy signals. The software contains methods to load, preprocess and process MRS data.
3G开发 The Schumann resonance frequencies are a set of eigenmodes in the extremely low frequency (ELF) port
The Schumann resonance frequencies are a set of eigenmodes in the extremely low frequency (ELF) portion of the electromagnetic field spectrum. These frequencies are only present for planetary-like bodies with a substantial ionosphere acting as a perfect electric conductor, thus forming a resonance c ...
模拟电子 Active Filters
Power conversion by virtue of its basic role produces harmonics due to theslicing of either voltages or currents. To a large extent the pollution in theutility supply and the deterioration of the power quality has been generatedor created by non-linear converters. It is therefore ironic that power c ...
PCB相关 PCB被动组件的隐藏特性解析
PCB 被动组件的隐藏特性解析
传统上,EMC一直被视为「黑色魔术(black magic)」。其实,EMC是可以藉由数学公式来理解的。不过,纵使有数学分析方法可以利用,但那些数学方程式对实际的EMC电路设计而言,仍然太过复杂了。幸运的是,在大多数的实务工作中,工程师并不需要完全理解那些复杂的数学公式和存在于EMC规范中的学理 ...
电源技术 电源工程师-电路设计中的英雄
Abstract: We don't expect manufacturers to produce clothes that in one size that fits everyone. In thesame way, one ESD component can't solve all issues—each application has different ESD requirements.Knowing that "one size fits all" cannot apply to power design, the power designer, ...
电源技术 电源完整性设计详解
1 为什么要重视电源噪声问题? 2 电源系统噪声余量分析 3 电源噪声是如何产生的? 4 电容退耦的两种解释 4.1 从储能的角度来说明电容退耦原理。 4.2 从阻抗的角度来理解退耦原理。 5 实际电容的特性 6 电容的安装谐振频率 7 局部去耦设计方法 8 电源系统的角度进行去耦设计 8.1 著名的Target Impedance(目标阻抗) 8.2 需 ...
可编程逻辑 PCB被动组件的隐藏特性解析
PCB 被动组件的隐藏特性解析
传统上,EMC一直被视为「黑色魔术(black magic)」。其实,EMC是可以藉由数学公式来理解的。不过,纵使有数学分析方法可以利用,但那些数学方程式对实际的EMC电路设计而言,仍然太过复杂了。幸运的是,在大多数的实务工作中,工程师并不需要完全理解那些复杂的数学公式和存在于EMC规范中的学理 ...