基于LabVIEW 8.0测定纯液体蒸发焓的虚拟仪器

将常规的数字温度仪与压力计通过串行口和计算机连接,构建基于LabVIEW 8.0测定纯液体蒸发焓的虚拟仪器,实现实验数据的动态采集、实时显示、自动绘制p～T曲线并显示曲线方程、自动数据处理和写成结果报告等。应用结果表明:基于LabVIEW构建的测定纯液体蒸发焓的虚拟仪器,免除人工操作的繁琐和人为误差,测定乙醇和苯蒸发焓的相对误差分别为0.86%、-2.97%,提高了测量结果的准确度,且具有界面友好,操作简便和功能易扩展等诸多优点。     

基于3D可视化GIS的前视参考图生成方法

基于匹配识别的导航系统不能缺少匹配参考图的支持,制备前视匹配参考图更是前视目标匹配识别的一个关键环节。为了利用航空航天图象信息制备出有效的前视匹配识别所需的参考图,提出了基于3D可视化GIS的前视参考图生成方法,介绍了该方法总体思路,分析了其中的三维数据制备、目标区三维场景生成和前视匹配序列参考图生成等关键环节,给出了部分制备的参考图与实时图的匹配实验结果。实验结果表明,利用这种方法制备的前视参考图可以满足前视匹配识别的需求。     

A hybrid clustering and graph based algorithm for tagSNP selection

TagSNP selection, which aims to select a small subset of informative single nucleotide polymorphisms (SNPs) to represent the whole large SNP set, has played an important role in current genomic research. Not only can this cut down the cost of genotyping by filtering a large number of redundant SNPs, but also it can accelerate the study of genome-wide disease association. In this paper, we propose a new hybrid method called CMDStagger that combines the ideas of the clustering and the graph algorithm, to find the minimum set of tagSNPs. The proposed algorithm uses the information of the linkage disequilibrium association and the haplotype diversity to reduce the information loss in tagSNP selection, and has no limit of block partition. The approach is tested on eight benchmark datasets from Hapmap and chromosome 5q31. Experimental results show that the algorithm in this paper can reduce the selection time and obtain less tagSNPs with high prediction accuracy. It indicates that this method has better performance than previous ones.     

水面舰艇作战能力研讨式评估软件设计

针对传统的水面舰艇作战能力评估方法未能充分发挥计算机的计算能力和专家的知识与经验的综合作用,在分析水面舰艇作战能力指标体系的基础上,提出了基于综合集成研讨技术的研讨式评估方法,设计并开发了评估软件,阐述了人机交互系统、人工语言系统以及问题求解系统等三个子系统的功能,介绍了软件操作流程。实例应用表明,该软件可为专家评估水面舰艇作战能力提供良好的研讨工具。     

Web Services技术在气象产品发布中的应用

根据气象产品发布现状,结合统一的Web Service对象封装技术,提出了一种跨平台、无缝集成的方案;采用Web Service技术发布气象产品,实现了跨平台和不同语言的应用集成,并能够使气象产品的发布速度更快、效率更高。     

Control of frictional dynamics of a one-dimensional particle array

Control of frictional forces is required in many applications of tribology. While the problem is approached by chemical means traditionally, a recent approach was proposed to control the system mechanically to tune frictional responses. We design feedback control laws for a one-dimensional particle array sliding on a surface subject to friction. The Frenkel-Kontorova model describing the dynamics is a nonlinear interconnected system and the accessible control elements are average quantities only. We prove local stability of equilibrium points of the un-controlled system in the presence of linear and nonlinear particle interactions, respectively. We then formulate a tracking control problem, whose control objective is for the average system to reach a designated targeted velocity using accessible elements. Sufficient stabilization conditions are explicitly derived for the closed-loop error systems using the Lyapunov theory based methods. Simulation results show satisfactory performances. The results can be applied to other physical systems whose dynamics is described by the Frenkel-Kontorova model.     

A preliminary attempt to use radiomic features in the diagnosis of extra-articular long head biceps tendinitis

Magnetic Resonance Materials in Physics, Biology and Medicine - This study aims to present a radiomic application in diagnosing the long head of biceps (LHB) tendinitis. Moreover, we evaluated...     

Relational attention-based Markov logic network for visual navigation

The Journal of Supercomputing - We argue the agent’s low generalization problem for searching target object in challenging visual navigation could be solved by "how" and...     

Syntax–Aware graph convolutional network for the recognition of chinese implicit inter-sentence relations

The Journal of Supercomputing - In the literature, most previous studies on English implicit inter-sentence relation recognition only focused on semantic interactions, which could not exploit the...