时延神经网络,Time-Delay neural network
1)Time-Delay neural network时延神经网络
1.The paper applied neural network to the research of wood drying control, established time-delay neural network schedule model useful to wood moisture content prediction, gave the identification structure of time-delay neural network and used practical drying data of three species to train and test the networks.将人工神经网络应用于木材干燥控制研究中,建立可用于木材含水率预测的时延神经网络基准模型,并给出其网络辨识结构。
2.Based on the analysis of time-delay neural network and making use of the prior knowledge of character of discrete event dynamic system of military communication network, the uncertain time-delay neural network was put forward.在分析了时延神经网络的基础上,利用军事通信网具有离散事件动态系统性质的先验知识,提出不确定时延神经网络。
英文短句/例句
1.Research on Bifurcation, Chaos and Their Control in Time-delayed Neural Network System;时延神经网络系统的Hopf分岔、混沌及其控制研究
2.On the Global Exponential Stability and Convergence of Neural Networks with Time-Varying Delays变时延神经网络的全局指数稳定性及收敛性
3.Exponential Stability for Neural Networks Systems with Discrete and Distributed Time-varying Delays含离散和分布时变时延神经网络系统的指数稳定性(英文)
4.Exo-atmospheric Discrimination of Infrared Space Point Target Based on Adaptive Time-Delay Neural Network基于自适应时延神经网络的空间红外点目标识别
5.Internet time-delay prediction based on RBF Neural NetworkRBF神经网络在网络时延预测中的应用
6.The Exponential Stability of Periodic Solutions for Neural Networks with Time-varying Delays;变延时神经网络周期解的指数稳定性
7.Multi-step Network Delay Prediction Model Based on RNN基于随机神经网络的多步网络时延预测模型
8.Forecast of Short Time Traffic Flow Based on Adaptive Time-Delay Neural Network基于自适应延时神经网络的短时交通流预测
9.Research on Nonlinear Time Delay System Control Based on Time Delay Neural Network基于延迟神经网络的非线性时滞系统控制研究
10.Real-Valued Time-Delay Neuro-Fuzzy Model for Power Amplifier with Memory Effects有记忆效应的功放实数延时模糊神经网络模型
11.Fault Diagnosis of Bearings Based on Time-delayed Correlation and Demodulation B-Spline Neural Networks;基于时延相关解调与B样条模糊神经网络的轴承故障诊断
12.Single Neuron PID Control of Networked Control System Based on Time-delay Compensation网络控制系统中基于时延补偿的单神经元PID控制
13.Synchronization of Time Delay and Star Coupling H-R Neural Networks延迟-星形连接H-R神经网络的同步
14.Global asymptotic stability condition for a class of delayed cellular neural networks一类延迟细胞神经网络全局渐近稳定性条件
15.A Class of Neural Network With Time-varying Delays for Solving Quadratic Maximin Problem解二次极大极小的时变时滞神经网络
16.Research on Stability of Delayed Neural Networks and Complex Network Synchronization;时滞神经网络稳定性及复杂网络同步的研究
17.Data Predicting in CNET Using Time-Series-Theory Based GA-BP Network;用时序遗传神经网络预测通信网络业务指标
18.The Theory of Neural Networks and the Stability Analysis of Neural Networks with Delay;神经网络理论及其具有时滞的神经网络的稳定性分析
相关短句/例句
time delay neural network时延神经网络
1.The ability of neural networks to deal with time dynamic signal was improved with a new neural network architecture specializing in syllable recognition based on thetime delay neural network (TDNN) and the convolutional neural network.为了提高人工神经网络处理动态信号能力 ,在时延神经网络 ( TDNN )和卷积神经网络 ( CNN)的基础上 ,针对孤立音节的特点 ,提出了一个新的网络结构 ,研究了其学习算法。
3)time-delay neural network延时神经网络
1.As a new data forecasting model,the double BP neural network combined model based on regressive neural network andtime-delay neural network was proposed, which has the advantages of nonlinear combined forecasting methods.在回归和延时神经网络的基础上,利用非线性组合预测方法的优点,提出一种新的预测模型——双重BP神经网络组合模型模型,选用某660MW机组的主蒸汽流量数据进行学习训练,实例计算结果表明双重BP神经网络组合模型可提高单项预测模型的精度,校核样本的平均相对误差为1。
2.By using the principle of various spatial curve classification and usingtime-delay neural network,thetime-delay neural network can distinguishthe little circuit response difference caused by the soft fault and can classify the circuit response properly within the circuit part s tolerance,so the network can be used in diagnosis of the of analog circuitsoft fault.利用延时神经网络对不同空间曲线的分类原理,延时神经网络可以检查出软故障造成的响应信号之间的细微区别,并正确分类元件容差范围内的电路响应信号,具有诊断模拟电路软故障的能力。
4)Neural network with time delay带时延神经网络
5)FIR-TDNNFIR时延神经网络
6)time-delay neural network (TDNN)时间延迟神经网络
延伸阅读
放电时延气体间隙击穿过程所需要的时间。气体间隙击穿过程可分为两个基本阶段，一是间隙中出现有效的足以引起碰撞电离的触发电子，二是触发电子在电场作用下通过带电粒子碰撞电离、光电离等不同机制使放电通道发展，最终导致使间隙全部击穿。在间隙击穿的外部条件均已实现后，完成这两个阶段的击穿过程需要一段时间，这就是放电时延，以td表示,td=td+tf。式中td是在外施电压作用下出现有效的触发电子所需要的时间，称为统计时延。tf是出现触发电子后，放电通道发展直至贯穿整个间隙而完成击穿所需要的时间，称为形成时延。对于较短的间隙，形成时延较小，放电时延主要是统计时延。当气体间隙较长时，形成时延在放电时延中占主要地位。对缓慢上升的外施电压，在放电时延阶段电压继续上升的程度不明显，因而觉察不出它对放电电压的影响，间隙的击穿电压就是一个不随时间变化的数值，通常称为静态击穿电压。对随时间变化剧烈的外施电压（如雷电冲击波电压）,在放电时延阶段电压仍继续变化,此时该间隙的击穿电压将不同于静态击穿电压，而必须联系到放电时延的影响。例如，某一间隙的静态击穿电压为5×104伏,放电时延10-6秒，如果电压上升的平均陡度是107伏/秒,在放电时延阶段电压会继续上升107×10-6=10伏，与5×104伏相比是微不足道的，但如果电压上升陡度是1010伏/秒，在放电时延阶段电压将会继续上升104伏，这就不可忽略了。由于存在放电时延，间隙击穿特性需要用电压与时间两个参量加以描述,它是在电压-时间坐标平面上形成的曲线，通常称为伏秒(时)特性曲线。无论统计时延还是形成时延都受多种因素的影响，具有统计分散性，因此，气体间隙的伏秒特性曲线实际是一带状的区域。研究放电时延对于分析气体间隙的击穿机制，改善间隙的冲击电压击穿特性，合理实现绝缘配合等都具有重要意义。
