Based on intelligent sensors and field bus, the three-level linear network was adopted by FCS.
由智能传感器和现场总线构成的现场总线控制系统，采用三层线性网络结构。
Counting directed trees plays an essential role in computational efficiency of topological analysis in the linear network.
有向树计数的大小，是影响线性网络拓扑分析运算效率的一个重要因素。
The modified neural network's learning speed is much increased because of the linear network and the recursive least square.
由于线性网络的引入及递推最小二乘法的使用，大大提高了网络的学习速度。
The thesis focuses on two facets of maximum decodable linear network coding: the computing complexity and the constructing method.
本文主要研究了最大可解线性网络编码的计算复杂性与构造方法。
The main works in this paper are shown as follows: 1. Network coding technology is introduced especially random linear network coding.
本文主要完成的工作有：1、介绍了网络编码技术，着重介绍了随机线性网络编码。
The parameters of linear network are identified by recursive least square and weights and thresholds of MFNN are learned by BP algorithm.
线性网络部分的参数采用递推最小二乘法辨识，多层前向网络的权值和阈值采用BP算法学习。
Then states a detailed explanation about linear network coding, introduces two construction ways and encoding symbol bounds respectively.
然后对线性网络编码理论进行了详细的阐述，介绍了线性网络编码的两种构造方式及各自的符号界。
On this foundation, a simple method of calculation about the equivalent parameter of the linear network without sources is brought forward.
在此基础上，提出了无源线性网络任二节点间的等效参数的一种简便算法。
A modified neural network structure which is composed of a linear network and a multilayered feedforward neural network (MFNN) is presented.
本文提出一种改进的神经网络结构，它由线性网络和多层前向网络两部分组成。
Dynamic segmentation as one of the most important GIS technical means, show great advantage in linear network-based analysis, query and display.
动态分段作为地理信息系统空间分析一种重要的技术手段，在基于线性网络的分析、查询和显示中表现出巨大优势。
Aiming at random linear network coding, this paper proposes an error control method which combines point-point checking error and end-end retransmission.
针对随机线性网络编码，提出点-点检错和端-端重传相结合的差错控制方法。
It is convenient to use this method for analysing the state of a branch in case the parameters of the branch of the complex linear network undergo a change.
当复杂线性网络某一支路的参数变化时，应用这种方法分析该支路的状态是比较简便的。
According to Tellegen's theorem, the two states of the RLC linear network have been studied, and the orthogonal Kirchhoff modes theory is discussed in this paper.
本文概述了特勒根定理的基本内容，并以此为基础讨论了RL C线性网络的两种工作状态和正交基尔霍夫模式理论。
In this paper we discussed the fault diagnosis of linear network. Using only one unit-test-current and measuring various node voltages, we can diagnose the faulty elements.
本文着重于线性网络的故障诊断，只用一个单位测试电流，通过量测各节点电压，来确诊元件故障。
According to the character of non linear network traffic, the traffic time series is decomposed into trend component, period component, mutation component and random component.
文章考虑网络流量非线性的特点，通过不同的数学模型将流量时间序列分解成趋势成分、周期成分、突变成分和随机成分。
Finally, it achieves the throughput of each network, we can find out the directed acyclic network which has the maximum throughput and construct the linear network coding for it.
最后求得各有向无环网络的组播容量，找出具有最大组播容量的无环组播网络进行线性网络编码构造。
In this paper, according to the characteristics of non linear network traffic, traffic behaviors are decomposed into trend items, period items, and random items by an accumulation decomposition model.
本文采用一种累加模型将复杂大规模网络流量分解成趋势项、周期项和随机项。
In this paper, according to the characteristics of non linear network traffic, traffic behaviors are decomposed into trend items, period items, and random items by an accumulation decomposition model.
本文采用一种累加模型将复杂大规模网络流量分解成趋势项、周期项和随机项。
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