Location Related Signals with Satellite Image Fusion Method Using Visual Image Integration Method

Investigations were performed on a group utilizing (General Purpose Unit) GPU and executions were evaluated for the utilization of the created parallel usages to process satellite pictures from satellite Landsat7.The usage on a realistic group gives execution change from 2 to 18 times. The nature of the considered techniques was assessed by relative dimensionless global error in synthesis (ERGAS) and Quality Without Reference (QNR) measurements. The outcomes demonstrate execution picks ups and holding of value with the bunch of GPU contrasted with the outcomes and different analysts for a CPU and single GPU. The errand of upgrading the view of a scene by combining data caught from various picture sensors is usually known as multisensor picture combination. This paper displays a territory based picture combination calculation to consolidate SAR (Synthetic Aperture Radar) and optical pictures. The co-enlistment of the two images is first led utilizing the proposed enrollment method prior to picture combination. The paper displays a parallel execution of existing picture combination techniques on a graphical group. Parallel executions of techniques in view of discrete wavelet changes are created. Division into dynamic and motionless regions is then executed on the SAR surface picture for particular injection of the SAR picture into panchromatic (PAN) picture. An integrated image in view of these two pictures is produced by the novel region based combination plot, which forces diverse combination rules for each fragmented region. At long last, this picture is melded into a multispectral(MS) picture through the half breed skillet honing technique proposed in past research. Exploratory outcomes exhibit that the proposed strategy demonstrates preferred execution over different fusion algorithms and can possibly be connected to the multisensory combination of SAR and optical pictures.     

Some picture fuzzy Bonferroni mean operators with their application to multicriteria decision making

In this paper, we extend the Bonferroni mean (BM) operator with the picture fuzzy numbers (PFNs) to propose novel picture fuzzy aggregation operators and demonstrate their application to multicriteria decision making (MCDM). On the basis of the algebraic operational rules of PFNs and BM, we introduce some aggregation operators: the picture fuzzy Bonferroni mean, the picture fuzzy normalized weighted Bonferroni mean, and the picture fuzzy ordered weighted Bonferroni mean. Then, a new picture fuzzy MCDM method is proposed with the help of the proposed operators. Lastly, a practical application of proposed model is given to verify the developed model and related results of the proposed model is compared with the results of the existing models to indicate its applicability.     

综放工作面带式输送机输送带垂直搭接的方法

根据煤炭生产的要求和需要 ,分析了带式输送机存在的问题结合输送机使用特点 ,制定出了合理设计方案     

框架结构设计技术措施

针对钢筋混凝土多层框架房屋施工图审查中存在的问题，从施工图设计深度不够、基础拉梁设计不合理等方面进行了分析，提出了改进和处理方法，可供设计者在做框架结构设计时参考。     

彩钢夹芯板屋面与墙面排板的优化设计

近几年,彩钢夹芯板以其外形美观、轻质高强、安装快捷、可随意切割、防水效果好等特殊优点被大量应用于轻型钢结构厂房的屋面与墙面。彩钢夹芯板是连续成型生产的,宽度一般有1150mm、820mm和760mm等固定型号,长度可由施工单位根据工程图纸要求确定后向加工厂家定制。施工前应精确的确定所需夹芯板的长度与数量,防止由于计算不准确引起重复买板或板数过多造成的工期拖延或板块浪费。在长期的施工过程中,我们总结了排板布置法,即为利用工程图纸中所给出的平、立面图及厂房坡度、彩钢夹芯板宽度等一系列条件,在施工前绘制排板布置图,然后根据布置图得出夹芯板的长度和数量。根据布置图施工可以提高施工进度,减少施工失误,取得了较好的经济效益与社会效益。     

建筑环境中的装饰艺术

论述了装饰艺术在建筑环境中的作用，从理论上分析了装饰艺术形式的内涵以及装饰语言对建筑与环境的影响．     

基于任务的战术态势概念模型

基于任务的战术态势(TTSP)概念模型,由战斗实体、环境实体、任务和实体行为等元素组成.该模型可描述为作战任务、指挥人员的战斗使命、兴趣区内战术数据集及时间的一个函数.其从上级的COP中读取相对稳定的集成信息,再从下层各个数据源中获取快速改变的信息,同时得到Amp-Data的支持.通过采集数据,数据融和,将得到的信息与图元进行一一映射,并以公共图片显示的方式表现信息,由此完成TTSP的生成.     

高校在城市中布局的相关问题研究

通过国内外比较和实际调查,研究了高校空间积聚的影响因素、原则、类型及用地规模测算等问题,提出并分析了高校的三种集聚类型:分散型、集中型和综合型,按学科、专业集聚的三种高校组团类型:互补型、共荣型和综合型,并进一步提出了不同高校组团的用地规模.可供城市规划部门编制"十一五"规划和教育设施专项规划时参考.     

高速公路指路标志外形尺寸的获取

通过对高速公路指路标志的构造布局和成像特征的分析,提出了利用数字图像技术获取标志外形尺寸的有效方法,介绍了方法的原理及具体的运用。该方法的运用,可以取得全局最优的结果。     

基于分形理论的装备维修质量指标影响度分析

针对以往AHP方法的主观性大等不足,从分形的视角出发运用最小二乘回归研究了维修质量的各个因素指标的影响度,建立了基于分形理论的装备维修质量指标影响度分析模型。构建维修质量影响因素指标体系,并在对采集样本数据进行标准化处理的基础上求得了各个考察阶段的维修质量分形维;然后运用最小二乘法求解了分形维与各个因素之间的回归方程,并画出Pareto图加以明确。