基于PDCA循环工作法实施科学化管装

针对当前我军科学化管装的现状,本文从提高科学化管装的水平入手,综合运用PDCA循环工作法的相关原理,结合当前的实际,就如何提高科学化管装水平进行了探索性的思考,并提出了相关的改进措施。     

电梯零速停靠的RBF神经网络预测算法

针对电梯运行过程中存在爬行距离的问题,提出了基于RBF(Radial Basis Function)神经网络的爬行距离预测模型.将预测的爬行距离增加到电梯速度曲线的匀速段,实现减小或消除爬行距离的目的,从而实现电梯的零速停靠.从电梯运行现场采集大量的原始数据,建立RBF神经网络预测模型,与BP(Back Propagation)预测方法进行仿真比较,结果表明RBF神经网络具有更好的预测效果.给出了应用零速停靠RBF预测算法前后电梯运行的速度曲线,爬行距离减小或消除,电梯的运行时间变短,实现了节能.     

对预拌混凝土进行质量控制和监管的方法

预拌混凝土在21世纪得到了推广使用.然而,目前预拌混凝土生产企业良莠不齐,出现的质量事故随之增多.需要政府、工程参建单位引起高度重视,重点治乱,保证预拌混凝土质量.     

完善质量监督体制、创新监督机制

建设工程质量监督制度经过了25年的历程,监督机构为了工程质量的稳定提高做出了巨大的贡献.国家为缓解金融危机,投入4万亿元用予基础设施建设,原有的监督人员、仪器设备、监督模式已不能适应当前的发展,加之建设市场目前不规范现象很多,这就给监督机构带来了前所未有的挑战,需要在监管理论、模式等方面予以创新探讨.     

Research on indoor experimentation of range SAL imaging system

By means of advantages of both SAR and lidar, the combination of the techniques of (inverse) synthetic aperture and lidar makes it possible to obtain high resolution 2-D image. In this paper, an indoor experimental system of inverse synthetic aperture lidar imaging is given and a processing approach is presented. The given system is in the mode of lidar system with separated receiver and transmitter, which can effectively eliminate the jamming from the lens or/and the intersection between two optic fibers. ...     

世界溶液丁苯橡胶的主要技术进展

评述了溶液丁苯橡胶的技术现状和主要技术进展。介绍了新型锡锂引发剂和用其制备的溶液丁苯橡胶的性能特点，特别是其突出的滚动阻力特性和在不损失湿牵引性下的优异耐磨性。分析了世界，特别是美国、欧洲和日本的溶液丁苯橡胶的需求现状及发展趋势。     

Silver catalysts supported over activated carbons for the selective oxidation of CO in excess hydrogen: effects of different treatments on the supports

Commercial activated carbon (AC) was used as a support either in its original form or after various modifications, giving diverse textural and surface chemical characteristics. The changes of these properties were monitored by N₂ adsorption–desorption isotherms, temperature programmed desorption (TPD) and X-ray photoelectron spectroscopy (XPS). Ag catalysts were prepared over the AC supports by a conventional wet impregnation method. The catalytic performances of supported Ag/AC catalysts in the selective oxidation of CO in excess H₂ were tested. The results indicate the textural and surface chemical characteristics are responsible for the different catalytic performances.     

基于局部45°原则的折线图坐标轴网格生成

坐标轴网格是辅助人们观察统计折线图的重要参考结构.文中研究了有利人们感知直线斜率的坐标轴标签.首先通过一系列用户实验探索折线图中网格局部长宽比对于估计线段斜率这一任务的影响,通过用户估计的倾斜角度与直线真实的倾斜角度的误差大小反映不同实验条件的影响程度.实验得出的结论是适当的网格密度、接近正方形的网格格子局部长宽比有利于准确的斜率估计.基于该实验结论,提出了新的为折线图数据自动生成坐标轴的算法,考虑最大标签、最小标签和间隔步长3个变量,参考前人关于标签简洁性、覆盖性、重叠程度的定义,将正方化的局部长宽比这一因素加入水平和垂直2条坐标轴的标签联合优化之中,该算法能够生成既美观又提高图形感知准确性的坐标轴网格.     

A Novel Heterogeneous Actor-critic Algorithm with Recent Emphasizing Replay Memory

Machine Intelligence Research - Reinforcement learning (RL) algorithms have been demonstrated to solve a variety of continuous control tasks. However, the training efficiency and performance of...     

Application of Fuzzy Moving Sliding Surface Approach for Container Cranes

International Journal of Control, Automation and Systems - In this paper, we consider the fuzzy moving sliding surface anti-sway control problem for container cranes. We first introduce the dynamic...