波形的

The mathematical expression between DOP and DGD is derived for arbitrary waveshape and Gaussian pulse. Then the relationship of DOP-DGD with different power splitting ratio, width of pulse, and amount of pluses is theoretically analyzed.

推导出了准单色光波情况下任意波形和高斯脉冲的偏振度的数学表达式，理论分析了高斯脉冲情况下分光比、脉冲宽度和连续脉冲个数分别对偏振度与差分群延时关系的影响，并用10 Gbit/s归零/不归零伪随机码序列进行了实验，实验证明了理论推导和理论分析的正确性。

In chapter 5, the frame of underwater target fusion recognition system is presented, the feature extracting module of LOFAR spectrum feature, envelop spectrum feature, third-cumulant diagonal slide spectrum feature, waveshape feature, are implemented in turn. The GBB based data fusion system is prsented in the last part of this chapter.

论文的第五章首先给出了基于多神经网络多特征的水下目标融合识别系统框架；然后描述了系统中LOFAR谱特征模块、包络谱特征模块、三阶统计量对角切片谱特征模块、波形结构特征提取模块的实现过程；最后首次构造了基于通用黑板的融合识别系统。

Each generator is supplied complete with sophisticated Windows based software for the creation, editing and management of waveforms.

每个发生器提供完整的基于Windows的尖端软件的创建，编辑和管理的波形。

Finally, the results obtained in the application of this method to different test waveforms are compared with the results obtained using the IEC method.

最后，取得的成果在应用这种方法，以不同的测试波形进行比较，所取得的成果运用的IEC方法。

Secondly, the method to implement complex function with JSAI is analyzed. Then, resolved the problem of number-input by making number panel in virtual scene and resolved the problem of anamorphic dynamic undee graphics with the technology of multithreading and the method of making buffer at client.

其次，分析了使用JSAI接口实现复杂交互功能的方法；利用在虚拟场景中构建数字面板的方法解决了虚拟场景中数字输入问题；使用多线程技术和在客户端开辟缓冲区的方法解决了状态数据丢失及动态持续波形图失真的问题。

Based on the resonance characteristics of the back scatt ering RCS in frequency domain and the transient waveform of the back scattered e lectric field in time domain, a reconstruction scheme for recovering the transve rse permittivity and conductivity for an anisotropic plate is proposed.

根据各向异性介质板后向散射与入射电磁波极化方向有关的特点，利用其后向RCS的谐振特性和后向散射场的时域波形特点反演有耗介质板的横向介电系数和电导率。

Resultants of the VI to operate were proved to be correct, further it was proved that design of the VI and the experimental scheme all were correct.

结果证明虚拟仪器的实验波形正确，进而证明了虚拟仪器设计和实验方案是正确的，基于虚拟仪器的调相与鉴相实验是可行的。

Hydraulic pile hammer is one of ideal prefabricated pile driving machines because it can adjust stress waveform ,decrease stress peak value,prolong effectual act

认为与桩等波阻的细长状锤体能够产生理想的应力波波形；在桩锤重量一定的情况下，可针对不同的地质情况和桩，通过选择不同刚

Emulation result makes clear, the weaveform to signal has transformer of photoelectricity type electric current to follow goodly action, can reflect the metabolic condition of all sorts of frequency heft of former square signal well, transmission bands is wide, transient character is good.

仿真结果表明，光电式电流互感器对于一次信号的波形具有良好的跟随功能，能很好地反映原方信号的各种频率分量的变化情况，通频带宽，暂态特性好。

The transit time and gain curves are obtained in the simulation.

获得了光电子的倍增次数随入射时刻而变化，并在考虑了入射电子为一高斯电子脉冲的情况下，分析了选通脉冲的幅度、宽度和波形对选通特性的影响。

On the other hand, the more important thing is because the urban housing is a kind of heterogeneity products.

另一方面，更重要的是由于城市住房是一种异质性产品。

Climate histogram is the fall that collects place measure calm value, cent serves as cross axle for a few equal interval, the area that the frequency that the value appears according to place is accumulated and becomes will be determined inside each interval, discharge the graph that rise with post, also be called histogram.

气候直方图是将所收集的降水量测定值，分为几个相等的区间作为横轴，并将各区间内所测定值依所出现的次数累积而成的面积，用柱子排起来的图形，也叫做柱状图。