Case analysis section firstly analyses the opportunities and challenges the company faces under the wto environment , and the necessity of develop six sigma as one part of delphi ' s culture - innovation & continuous improvement ; then introduces in detail how the six sigma was developed in dpgz and then gives out a detailed example of six sigma ' s application - the ftq improvement in the " sail " conveyor line ; at last , evaluates the effect of the six sigma ' s development in dpgz 案例分析部分首先分析了wto新环境下企业面临的机遇和挑战，说明推行6sigma管理方法的必要性；然后具体介绍6sigma如何在公司推行，且以一条“赛欧”流水线质量改善为例，将6sigma推进到比较细节、具体的层面；最后对6sigma在公司推行的效果进行评价，并分析了6sigma与iso9000及全面质量管理的关系。
The two sides reaffirm their wish to strengthen exchanges on environmental issues including climate change , sustainable management of natural resources , and measures to address forest law enforcement ( including illegal logging ) , conservation of water resources , improving air quality and pollution control , and to learn from each other on environment - related legislation , supervision and personnel training 双方重申愿意就包括气候变化、自然资源可持续管理、森林执法（制止非法采伐） 、水资源保护、空气质量改善和污染控制等环境问题所采取的措施加强交流，在环境立法、监督和人员培训方面互相学习。
Based on the existent theory and the engineering application , the thesis study the good performance by combined the adaptive modulation technology and the multilevel modulation technology on the simulink model . experiment results show that this combination bring on the high data transmittable efficiency and the well transmission quality . this chapter is a base of next chapter 根据已提出的基本理论，论文基于工程应用，在仿真模型上对自适应调制和多元调制方式的结合所产生的优良的性能进行了探讨，仿真显示出这种结合带来的高数据传输效率和大的传输质量改善，本章是第三章的基础。
The system hardware circuits of tipct and the measures for improving the quality of original thermal image are mainly discussed . the primary research content and innovation are as follows : the innovation is that some methods have been proposed to impove the quality of orginal thermal image , such as controlling excitation time , increasing temperature , reducing noise and enhancing emissivity , and so on 本文主要围绕电路故障检测仪的系统硬件电路和热图像质量改善方法进行阐述,主要的创新点和研究内容如下:本文主要的创新点是:提出了改善热图像质量的几种方法,如激励时间控制、增温法、降噪法和提高发射率法等。
