序补问题解的存在性

利用耦合不动点的方法得到了混合单调型算子的序补问题解的存在性．同时利用序补问题与隐变分不等式的关系给出了隐变分不等式解的存在性的新条件．     

高阶相关调制分类原理、判决门限与仿真研究

信号的自相关函数由傅里叶变换与其功率谱相联系。Beidas和Weber揭示了自相关函数与似然函数的关系 ,并建立了高阶相关调制分类方法。推导了用信号高阶相关代替似然比进行MFSK调制分类的基本原理 ,推导了截断似然比检测性能分析的基本公式 ,研究了高阶相关调制分类门限设置方法 ,进行了MFSK调制分类计算机仿真试验。结果表明该方法是可行的 ,并可望用于其它问题中。     

当代流行语流行的基本条件

当代社会是一个流行语大发展的社会,流行语的出现比以往任何时候都多,替换也更频繁.流行语的存在和流行是客观事实,既是一个文化现象,又是一个语言现象.因此,流行语的流行要具备两方面的条件：一是外部条件,即社会文化条件;二是内部条件,即语言自身条件.     

OPTIMAL SETTING-UP OF KNITTING ELEMENTS AND ITS EFFECT ON TENSION VARIATION

The dynamic yarn tension variations during knitting cycle are very difficult to control and be-come one of barriers to knitting on modern warp knitting machine.Examination of experimentaldata and theoretical analysis show that the relative position of spring rail to knitting elements suchas needle,guide as well as their displacement has noticeable effect on tension variation so that theknitting condition can be much improved by rearrangement of the knitting elements and theirmovement within a knitting cycle.     

以虚词为主的语法研究传统探究

虚词研究是我国古代语法研究的主要方面。从语言外部和内部两个方面解释语法研究传统形成的原因,外部原因主要是经学的引导,内部原因即汉语自身的特点,主要借鉴近年来语言学界出现的一些对汉语本质的认识,并且内部原因是形成以虚词为主的语法研究传统的根本原因。     

虚拟世界与艺术呈现的困境

虚拟世界是由人工智能、计算机图形学、人机接口技术、传感器技术和高度并行的实时计算技术等集成起来所生成的模拟世界。在当代社会,虚拟世界形成一个人类交流信息、知识、思想和情感的新型模式已深刻地影响并主导了人类生活。在这一境遇中,传统艺术观念受到前所未有的挑战,尤其是艺术精神的引申意义受到质疑和艺术的“乌托邦”色彩被淡化,导致艺术呈现走入困境。     

形成明式家具风格之意识形态因素的探析

通过分析明式家具的风格形成与中国古代哲学艺术观、传统思想道德观、宗教观和古代传统习俗等意识形态领域的要素之间的关系,旨在由表及里地掌握明式家具的设计思想的精髓,为现代中国家具设计和发展提供参考。     

Detecting myocardial ischemia with 2-D CVIB imaging method--an in vivo animal experiment study

A 2-D cyclic variation of integrated backscatter (CVIB) imaging method was established for detecting myocardial ischemia. To demonstrate the feasibility and validity of this method, animal experiments were conducted. Acute myocardial ischemia was induced by occluding left anterior descending coronary artery in 10 anesthetized open-chest dogs. While scanning the normal hearts and the ischemic hearts with a B scanner, digital radiofrequency data were acquired by a real-time acquisition system in synchronism. The offline analysis to the radio-frequency signal with the 2-D CVIB imaging method was performed to verify the consistency between the imaging result and the design of the experiment. In addition, 4 dogs in experiment were treated with the heart pacemaker in order to investigate the influence of changing in heart rate on the detection of ischemic myocardium with the proposed method. The experimental result showed that the 2-D CVIB imaging method succeeded in detecting the ischemic myocardium and is a new non-invasive way for the cardiologists to both quantitatively and visually evaluate the contractile performance of the myocardium.