设计了机油冷却器传热性能测试系统的硬件部分，编写了流量数据的采集和通信程序。
Secondly, it designs the hardware of the oil cooler heat transfer test system and compiles the programs of the flow data collection and communication.
介绍了基于性能管理系统的采集工具所获取的时延数据等，模拟网络拓扑结构及流量分析算法。
The data of time delay on the basis of tools in the system is introduced and relevant network topology and net-flow analysis algorithm is described.
为了建立基于进气流量、DPF床温、碳烟以及喷油量的DPF压降模型，论文进行了一系列的试验，采集了大量数据。
In order to build the DPF pressure drop model based on air intake flow, DPF bed temperature, soot and fuel charge, the paper has carried out a series of tests, collected a mass of data.
系统采用集中管理的方式，实现对多种数据源采集、费率的灵活配置和管理以及流量采集功能的控制。
The system adopts the way of managing concentratedly, realizing gathering to many kinds of data source , flexible disposition and management and control that gathered the function of flow of rate.
数据采集的速度与精度主要由机组效率曲线计算和机组耗流量在线计算解决，负荷分配问题需引入如进化算法等新方法解决。
The data collection accuracy is depends on the efficiency calculation of water turbine generator units; and the evolutional method should be used to solve the load dispatch problem.
并提出了一种采集实验数据的改进方法，以便提高注入流量的计算精度。
An improved methods of experimental data sampling is described to increase accuracy of flow rate calculation.
它测量范围广，能自动采集流量、压力、温度、功率、噪声等参数，测量参数直接输入微机获得精确的数据、图表、曲线。
Its wide range, the acquisition automatically flow, pressure, temperature, power, noise, and other parameters, measuring parameters entered into the computer to obtain accurate data, charts, curves.
凭借采集的济南市经十路上各交叉路口的车流量数据，建立了可行的预测模型。
By means of recorded vehicle flow data of each crossing of Jingshi Road in Jinan, prediction models are feasibly constructed.
一个广泛的数据采集程序已经完成，包括压力测量，取样和一个小流量测试，在选定的区域。
An extensive data acquisition program was completed including pressure measurements, sampling and a mini flow test in selected zones.
全面、准确的采集交通信息是实现交通智能化的基本保障，交通流量预测的准确性也取决于数据样本的准确性。
Collecting the exact and complete traffic information is the basic ensure of finishing intelligent traffic. Besides, the veracity of data samples decides the veracity of predicting traffic flow.
基于对道路交叉路口车流量数据进行采集和统计分析，运用模糊理论构建了交通灯信号延时模糊控制器。
Based on the collection and statistics of the traffic flow for crossroads, the fuzzy controller for the delay time of traffic lights was constructed by the theory of fuzzy.
应用成型的计算机数据采集和控制模块及稳定可靠的流量控制部件，实现了各相流量的自动控制过程。
The model was realized by using standard data acquisition modules, control signal output modules and reliable flowrate control valves.
介绍了一种自行研制的标准表法现场流量校准装置的数据采集器，详细阐述了采集器的硬件组成、软件结构及实现的功能。
A new kind of data acquisition instrument of flow calibrating instrument in field by using the standard flow meter has been developed.
异常检测在多个MA上采集并分析流量数据，在统计服务器上检测流量的异常特征。
Anomaly detection collects and analyses traffic data from many MAs, then detects the anomaly signature by SS.
使用数据采集系统实时采集试验过程中的压力、流量数据，同时对筛管防砂后的流体采样，并进行粒度分析。
It can collect the pressure and the flow by da (data acquisition) system during testing, also can sample and analysis the grain size of the flow after controlled sand.
定点液位测量提高了流量标准装置的工作效率，能够使流量标准装置直接检定腐蚀性液体流量计，并且可以实现校准过程的自动化、数据的自动采集和自动化管理。
The adjusting of flow meter is automatic when the method of measuring fixed-point liquid level is used on liquid flow calibration facility, and the data can be gathered and processed automatically.
交通监视系统通过采集实时交通流量数据，为智能化交通运输服务和控制管理提供依据，在智能交通系统中有着极其重要的作用。
Traffic monitoring plays an important role in intelligent transportation systems. It can be used to collect real time traffic data concerning traffic flow.
熟悉压力、温度、速度和流量等传感器的应用，了解常用的数据测量仪器和数据采集系统；
Familar with the application of pressure, temperature, speed and flow rate etc. sensors, know about general data measuring instruments and data acquisition system;
熟悉压力、温度、速度和流量等传感器的应用，了解常用的数据测量仪器和数据采集系统；
Familar with the application of pressure, temperature, speed and flow rate etc. sensors, know about general data measuring instruments and data acquisition system;
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