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- convolution of distributions 广义函数的卷积
- Can you please tell me who is in charge of distribution? 能否告诉我哪能一位是销售部门的主管。
- One of the circular ridges or convolutions of a fingerprint. 涡指纹的圆圈或盘旋结构
- IPC is a key question of distributed system. 分布式系统面临的一个关键问题是解决好进程间通信(IPC)协作.
- What are your major channels of distribution? 贵公司主要的配销管道是什么?
- It is the parameter of distribution. 这就是分布参数。
- A high-speed jet is formed in the bubble due to the convolution of the fluid on the boundary of the bubble. 由于在气泡边缘上流体的回旋，在气泡中形成了高速射流。
- Convolution of windowing function is traditionally used to explain the Discrete Fourier Transform(DFT) errors. 离散傅里叶变换(DFT)的误差一般是通过窗函数的卷积来解释的.
- Discrete convolution is applied to verify the properties of convolution of two continuous waveforms. 以离散迴旋积验证两连续波形迴旋积之特性。
- throw sb. a bone 给某人一点小恩小惠，可怜某人
- Modern methods of distribution and marketing continued to spread. 现代流通和营销方式不断拓展。
- The company introduces a streamlined system of distribution. 公司采用了有效的销售系统。
- The convolution of a step exponential pulse with a rectangular pulse and the variation with the pulse width ratio of the pulses. 一单边递减波及一方波之迴旋积随两脉波脉宽比之变化。
- The compo sition of Distributed Control System is introduced. 介绍了集散控制系统的组成。
- The convolution of a functions of wide and narrow pulse width shows that the narrow pulse has similar effect of a impulse weight by its area. 一脉宽甚宽与一脉宽甚窄两脉波之迴旋积，则脉宽甚窄之脉波具有其面积所加权之脉冲效应。
- The convolution of a function with an impulse results in the same function with a time shift equal to the time shift of the impulse. 一脉波与一脉冲迴旋积之结果为相同脉波之时域位移，位移量等于脉冲之时域位移(即迟延或超前)。
- Alberti G, Franceschetti G, Pascazio V, Schirinzi G. Time-domain convolution of one-bit coded radar signals. IEE Proc.-F, 1991, 138(5): 438-444. 肖永新.;应用信息论研究合成孔径雷达:[博士学位论文]
- The circuit time domain response exited by a source of arbitrary wave form is the convolution of the impulse response with the wave form of the source. 电路对于任意波形电源之时域脉波响应即电路之脉冲响应与电源脉波波形之迴旋积。
- Can you please tell me who is in charge of distribution ? 能否告诉我哪一位是销售部门的主管?
- Discrete convolution is applied to verify that the result of repeated convolution of a distribution function will approach to Gaussian distribution. 以离散迴旋积验证任意分布函数之重覆迴旋积会随重覆次数之增加而趋于常态分布。
