区域信号配时,area signal timing
1)area signal timing区域信号配时
putational studies of a new kind of algorithms for bi-level programming model ofarea signal timing区域信号配时二层规划模型的一类新算法与数值计算
2.Modeling and algorithm for equilibriumarea signal timing based on general signal phase structure基于一般相位结构的区域信号配时二层规划模型与算法
英文短句/例句
putational studies of a new kind of algorithms for bi-level programming model of area signal timing区域信号配时二层规划模型的一类新算法与数值计算
2.Modeling and algorithm for equilibrium area signal timing based on general signal phase structure基于一般相位结构的区域信号配时二层规划模型与算法
3.Control Method Research for Area Traffic Signal Control Based on Temporal Planning基于时序规划的交通信号区域协调控制方法研究
4.Design of Damping Controller for Inter-Area Low-Frequency Oscillation Using Time-Delay Wide-Area Measurements采用时滞广域测量信号的区间低频振荡阻尼控制器设计
bination Optimization of Canalization and Signal Timing in Signalized Intersection信号交叉口渠化与信号配时协调优化研究
6.The Status Quo of Regional Credit Rationing in China and the Regional Discrepancy中国区域信贷配给现状及区域差异分析
7.Method of Fuzzy Control for Distribution Time of Multi-phase Traffic Signal多相位交通信号配时的模糊控制方法
8.Signal timing method of right-turn vehicles based on mixed traffic混合交通下右转机动车信号配时方法
9.Application of CROSSIG in the Traffic Signal Timing OptimizationCROSSIG在信号交叉口配时优化中的应用
10.Application of VISSIM in Signal Timing of Ring IntersectionVISSIM在环形交叉口信号配时中的应用
11.The Application on the Time-domain Differential Signal Detection Technique of OFDM;OFDM的信号时域差分检测技术的应用
12.Signal Feature Extraction Base on Factral dimensions of Time-Frequency Domain基于时频域分形维数的信号特征提取
13.Design of signal acquisition system based on time domain reflectometry基于时域反射计的信号采集系统设计
14.Study on the Strategies of Regional Network Information Resources Optimizing Allocation;区域网络信息资源优化配置策略研究
15.Channel estimation for MB-OFDM systems based on matching pursuit in the frequency domain基于匹配追踪的MB-OFDM时域信道估计
16.Discreating fourier transform is a vital means in signal analysis. It transforms the in-time signal into the in-frequency signal.离散傅立叶变换是信号分析中的一种重要手段，它将时域信号转换违频域信号。
17.In signal analysis the Du transform is used to convert signals from the time domain into the gate width domain, thus the characters of signals can usually be represented by their width spectra.杜氏变换是一种将信号从时域到门宽域的变换,用信号的宽谱密度来描述信号的特征。
18.Neural Networks Method Based on Particle Swarm Optimizer for Traffic Real-time Signal Timings;基于粒子群优化的神经网络实时交通信号配时
相关短句/例句
time domain signal时域信号
1.It detects slide face with 3 judgment methods such astime domain signal analysis,frequency dispersion curve and wave velocit.运用面波技术对渝邻路的大湾滑坡进行了勘察,通过时域信号分析、频散曲线和波速云图3种判定方法查明了滑坡的滑动面。
2.It is found that strong relativity exists between surface wavetime domain signal and testing section s geological condition by means of studying on characteristic anal.通过对大量野外面波测试信号的分析发现时域信号与测试区域地质具有很大的相关性。
3)time signal时域信号
pared with the result respectively by partial fraction expansion method and residue method for inverse Laplace transform with the conclusion by partial fraction expansion method fortime signal s Fourier transform from it s one side Laplace transform,the formula by residue method fortime signal s Fourier transform from it s one side Laplace transform is presented.从利用部分分式展开法在由时域信号的拉普拉斯变换求取其傅里叶变换入手 ,结合部分分式展开法和留数法在拉普拉斯反变换中的应用 ,得到了利用留数法由时域信号的单边拉普拉斯变换求取其傅里叶变换的公式 ,对此公式进行了严密的证明 ,并举例说明其应
4)signal timing信号配时
1.Artificial ant colony optimization for intersectionsignal timing;交叉口信号配时的人工蚂蚁优化
2.This paper summarizes the currentsignal timing design flow of intersections.分析了现行交叉口定时信号配时设计流程中存在的不足,提出了将空间设计和时间设计结合起来的新的信号配时优化设计流程,建立了三目标配时优化模型,并以此模型为基础进行了实例分析,证明该模型优于F。
3.The optimization ofsignal timing is an important way to improve intersection level of service.信号配时优化是提高平面交叉口服务水平的重要途径。
5)traffic light time-distributing信号灯配时
6)correction of time domain signal时域信号改造
延伸阅读
时域测量与频域测量测量被测对象在不同时间的特性，即把它看成是一个时间的函数f(t)来测量，称为时域测量。例如，对图中a的信号 f(t)可以用示波器显示并测量它的幅度、宽度、上升和下降时间等参数。把信号f(t)输入一个网络，测量出其输出信号f(t)，与输入相比较而求得网络的传递函数h(t)。这些都属于时域测量。对同一个被测对象，也可以测量它在不同频率时的特性，亦即把它看成是一个频率的函数S(ω)来测量，这称为频域测量。例如，对信号f(t)可以用频谱分析仪显示并测量它在不同频率的功率分布谱S(ω)，如图b。把这个信号输入一个网络,测量出其输出频谱S′(ω)，与输入相比较而求得网络的频率响应G（ω）。这些都属于频域测量。用一个频率可变的正弦（单频）信号作输入，测量出在不同频率时网络输出与输入功率之比，也得到G(ω)。这仍然是频域测量。时域与频域过程或响应，在数学上彼此是一对相互的傅里叶变换关系 这里*表示卷积。时域测量与频域测量互相之间有唯一的对应关系。在这一个域进行测量，通过换算可求得另一个域的结果。在实际测量中，两种方法各有其适用范围和相应的测量仪器。示波器是时域测量常用的仪器，便于测量信号波形参数、相?还叵岛褪奔涔叵档取?频谱分析仪是频域测量常用的仪器，便于测量频谱、谐波、失真、交调等。
