Conclusion Radical resection should be selected for PCG as possible. Combined examination methods can improve accuracy of early diagnosis. Both of them are key measures for improving prognosis of PCG.
结论胆囊癌病人尽可能施行根治性手术,多种检查方法相结合以提高早期诊断率,两者均为提高胆囊癌病人预后的关键措施。
PCG is a typical medium-sized state-owned steel enterprise, due to historical reason it has common managerial problems in production aspect just like other state-owned manufacturing enterprises.
PCG公司是典型的国有中型钢铁企业,由于历史的原因,在生产管理方面存在中国国有制造企业的共同问题。
PCG is used to solve the linear equations, boosting the ability for morbid equations.
在线性方程组求解的过程中采用了PCG法,增强了对病态方程组的求解能力。
To achieve this, noise in the PCG signal should be removed, and a segmentation method should be used to locate the first heart sound.
为此,需要消除PCG信号中的噪声,并用分段算法定位第一心音。
The results we obtained on normal PCG signal show that the STFT analysis with different scale basis provides a clear comprehension of the cardiac events in both time and frequency domain.
实验结果表明,不同时频尺度的STFT分析可以很好地描述正常心音信号的时域和频域特征。
Results It was difficult in early diagnosis of PCG and with a poor prognosis.
结果原发性胆囊癌早期诊断困难,预后差。
SWOT is applied to analyze PCG export「s strength, weakness, opportunities and threat;
运用SWOT分析法,对攀成钢出口的优劣势、机会和威胁进行全面分析;
After denoising, it analyzes PCG signal by Short-Time Fourier Transform (STFT). Different window-width is corresponding to different time-frequency resolution.
对去噪后的心音信号,本文进行了短时傅立叶变换,不同长度的时间窗对应了不用的时频分辨率。
Newton PCG method is an inexact Newton like method. It is an organic combination of Newton」s method and preconditioned conjugate gradient method.
PCG算法是牛顿法和预优共轭梯度法结合起来解牛顿方程的一种非精确牛顿法。
PCG may resolve problems with completing a series of sub-goals, within general strategic frame.
在整体战略目标的框架下,可通过一系列子战略的实施来解决存在的问题。
The author has worked in the production and sales departments of PCG Company for many years and is very familiar with the production and sales of seamless pipes.
笔者在PCG公司生产和销售部门工作多年,对无缝钢管产品生产和销售非常熟悉。
Image restoration is one of the most important problems in the image processing. In order to solve deconvolution problems with noisy data, the adoption of PCG Algorithm had became an obvious trend.
图像恢复是图像处理的一个重要的研究课题,而采用PCG算法完成带噪的解卷积问题则是近年来的一个趋向。