btp

Study on intelligent control of BTP based on soft-sensor Technology

基于软测量技术的模糊烧结终点控制研究

ANN is mostly used in BTP prediction models at present .

目前烧结终点的预测模型多采用人工神经元网络。

Fuzzy logic BTP control of No.1 sintering plant in WISCO

BTP模糊控制技术在武钢一烧的应用

Comparison of Two Advanced Transaction Models of BTP and WS-C / T

BTP和WS-C/T规范中两种高级事务模型的比较

It is difficult to implement automation control of BTP with accurate mathematical model , because it is influenced by many factors .

烧结终点（BTP）受很多因素的影响，很难用准确的数学模型来实现烧结终点的自动控制。

BTP is to coordinate the multiple independent systems , which defines the series of XML format of messages .

BTP协议是一套与协议无关，为了协调多个独立运行的系统的协议，其定义了一系列XML格式的消息，各个系统通过这些消息的交互来最终达到共识。

As the result , the rising point of waste gas temperature curve is chosen as the predictive variable of BTP .

选定废气温度曲线上升点作为烧结终点的预报参数。

The burning trough point ( BTP ) is an important factor and a key parameter to the operation of the sintering process .

烧结终点是烧结操作的主要依据，是烧结过程的关键参数；

CP level of diets and supplementation of urea affect BUN and BTP of broilers significantly .

粗蛋白质水平及添加尿素显著影响血清BUN及BTP。

The btp command takes a process ID as an argument and does a stack traceback for that particular process .

btp命令将进程标识作为参数，并对这个特定进程进行堆栈回溯。

This systematic software provided effective directions for sintering production in aspects of transparency of thermal state , controlling the BTP and guiding fuel distribution .

系统软件对烧结过程热状态透明化、烧结终点的控制和燃料分布具有指导作用。

The running results show that the system achieved the stable control of BTP , effectively improve the utilization factor of the sintering machine and the quality of sinter .

通过实际运行表明该控制系统有效的稳定了烧结终点，提高了烧结矿产量和质量。

For the complicated Pb Zn sintering process , an approach that integrates two models to predicting the burning through point ( BTP ) was presented .

针对铅锌烧结工艺过程，提出一种集成的烧结终点预测模型。

Breakthrough pain ( BTP ) is a transient exacerbation of pain with moderate and severe intensity and has high incidence in patients with cancer .

暴发痛是一种突发的中到重度疼痛，在癌症患者中发生率很高。

Burn-through Point ( BTP ) is the most important heat state parameter in sintering process , and a sign to determine whether the process is normal or not .

烧结终点是烧结过程中最重要的热状态参数，是判断烧结过程正常与否的标志之一。

He has been involved in several working groups charted to define a Transaction Protocol for Web Services including BTP , WS-CAF and WS-TX.

他是好几个工作组的成员，这些工作组试图为Web服务定义一个事务协议，比如BTP，WS-CAF和WS-TX。

The main stack-tracing commands are bt , btp , btc , and bta .

主要的堆栈跟踪命令有bt、btp、btc和bta。

The right position and keeping stabilization of BTP can improve product ratio and use sinter area completely , and maximizes the sinter production rate , and decrease the energy cost .

烧结终点位置适宜且保持稳定，可以提高成品率并充分利用烧结面积，在保证质量的同时得到最大生产率，降低能耗。

A method for reducing dimensions of state space building model is presented in this paper and the reduced building model is used in a computer program BTP to simulate the thermal behaviour of buildings .

本文介绍一种状态空间建筑热模型降维方法，并用BTP程序模拟建筑热过程。

The BTP predicting and controlling function are achieved , which can strengthen people energy to revise and control burning through point , and restrain man-made at will and heighten whole sinter control level .

这些方法和控制功能可以增强人们修正和控制烧透点位置的能力，以及限制人为因素的影响和提高整个烧结控制水平。

The strategies of controlling BTP are studied deeply in this paper . Due to the sintering process having the characteristics of long time-delay , the prediction models of BTP based on neural network are put forward .

本文对烧结终点的控制方法进行深入研究，针对烧结终点的大滞后特性，建立烧结终点神经网络预测模型。

According to goals and characteristics of sintering process , controlling of blending , burning through point ( BTP ) and multi-objective optimal control technique are investigation respectively , and integrated optimal control system of sintering process is developed .

根据烧结过程控制的目标和特点，分别对烧结配料优化控制、烧结终点优化控制和烧结过程多目标优化控制等技术进行研究，建立烧结生产智能集成优化控制系统。

According to its peculiarity , a neural network and an adaptive genetic algorithm system are proposed to construct a training and testing model from the input and output data in predicting the burning through point ( BTP ) .

根据烧结工艺的特点，提出了用神经网络（NN）和自适应遗传算法（AGA）相结合的方法去预估烧透点的位置，并用大量的输入和输出样本训练和测试模型。

The fuzzy control system developed on these techniques can perform the judgement , prediction and control of the BTP quickly and exactly , so as to achieve the stabilization of BTP and the optimization of the process operation .

应用这些技术开发的控制系统，可以准确、快速地判断和预报烧结终点的状态，起到稳定烧结终点、优化过程操作的重要作用。

In the actual sintering process , due to the influence of the mixed material permeability or equipment defects , it is difficult to get the ideal BTP location directly . So BTP loop control can not be achieved .

在实际生产过程中，由于受到料层透气性或者设备缺陷的影响，很难直接得到理想的BTP位置，从而无法实现BTP闭环控制。

According to the large delay characteristic of the burning through point ( BTP ), the fusion technology of forward and inverse network , feedback and compound control , analysis predict and control on line has been proposed in the theories and methods .

针对模糊控制与神经网络融合的特点，从理论上和方法上分析和比较了正向和逆向网络、反馈和复合控制、分析预测和在线控制的集成技术。

Through the analysis of the characteristics of sintering process and the influencing factors of BTP , an AutoRegressive with eXternal ( ARX ) model structure are defined to describe sintering process , and BTP prediction model is obtained by closed-loop identification method .

其次，基于烧结过程特性及烧结终点影响因素的分析，选择具有外界输入的自回归模型（ARX）结构描述烧结过程，采用闭环辨识算法得到烧结终点的预测模型。

British Transport Police ( BTP ) sent specialist officers to try to persuade him to come down from the tree near Barney Close , but rail operator Southeastern was forced to close the track during the morning peak .

英国交通警察派出专家试图说服这个盗贼从树上下来，但是未果，东南向的铁路运营商只能被迫在早高峰期间关闭了铁路。

This system was already put into use in 320 sinter machine of Jinan Iron and Steel Corporation . The system can increase 0.3t/m2h in use coefficient and make BTP fluctuation decrease from 7 percent to 3 percent and bring 14 million RMB new benefits every year .

本系统已在济钢第二炼铁厂320平方米烧结机上投入了实际运行，使烧结机利用系数提高了0.3t／m2h，终点波动由7%降到3%。年创效益1400多万元。

The state of burning through point ( BTP ) is the mainly dependence for operating on-strand sinter plant . For the complicated Pb Zn sintering process , an approach that integrates two models to predicting the burning through point ( BTP ) was presented .

烧结终点是烧结机操作的主要依据，是烧结过程的关键中间参数，本文对烧结终点控制方法进行了深入细致的研究。针对铅锌烧结工艺过程，提出一种集成的烧结终点预测模型。