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The study has focused on: 1 The research background and the current state of the power measurement were analyzed systematically, and then wavelet-based power measurement algorithm was certified feasible for astable signals; 2 We developed a new method of RMS and power measurement based on Dmeyer wavelet. After that three other wavelet measurement approaches were compared with Dmeyer wavelet-based measurement approach. Then the impact on measurement errors of amplitude frequency property and energy leakage of wavelet filter banks were deeply researched, and some measures were proposed to reduce it; 3 We developed a new strategy of power measurement algorithm based on lifting wavelet, which had calculation advantage compared with the first wavelet, so that it was more suitable for the realization of hardware; 4 The running system of wavelet-based power measurement algorithm based on DSP was proposed, and then it was realized on ICETEK-VC5416-A EVM board; 5 Existing problems and the further research direction of wavelet-based power sub-band measurement algorithm was discussed.

本文对基于小波变换的功率测量算法展开深入的分析研究，主要内容有：1）系统地分析了功率分解测量的研究背景、国内外的研究现状，并从能量守恒的角度验证了小波功率分频带测量算法在非平稳信号条件下的可行性；2）首次提出了Dmeyer小波变换有效值与功率的测量方法，进而通过对该方法与3种已经提出的小波测量方法的对比分析，深入研究了小波滤波器组的幅频特性和能量泄漏特性对测量误差的影响，并针对电网谐波的特点提出了减小影响的相关措施；3）首次提出了二代小波功率测量算法，对比一代小波功率分频带测量算法，它大大减少了算法实现的运算量及内存的需求量，从而更适合于硬件的实时实现；4）提出了小波功率分频带测量算法的DSP实现方案，并在ICETEK-VC5416-A EVM板上进行了实现；5）探讨了小波功率分频带测量算法目前仍存在的问题，并提出了进一步的研究方向。

Look after Bercy for example, we have one week off and then it's Shanghai, then another week off, and then the final of Davis Cup. So, if we reach the final of Davis Cup, we have no time to rest.

举 巴黎大师杯为例﹐休息一个礼物之后又是上海年终大师杯﹐再休息一个礼拜﹐又是DAVIS CUP决赛﹐所以假如我们打进DAVIS CUP决赛﹐根本没时间休假。

It solves the problem that the unitary contour presentation can not correctly extract face contour in a face image which suffers from scale, rotation etc. The definition of the internal and external energy function is provided. At the same time, the global matching algorithm and local matching algorithm is given. The experiment shows that this presentation and the accompanying matching algorithm can be used to extract the face contour very well. So the image segmentation can be implemented by using it.②By analyzing the recognition principle of PCA method, we can conclude that the face images coming from different surrounding consist of different face image space. This is the essential reason that makes the generality of PCA method worse. Also, we give a measurement means to measure the distance from different face image space, so we can analyze face image space more conveniently.③We also construct various scale models and rotation pose models to detect the scale and rotating angle of face image to be recognized. The experiment results show that the detecting precision is very high. So it is good for face image feature extraction and face image representation.④Similarly, we construct local feature models of face image and utilize them to detect the local feature of face image. At the same time, we put forward a novel face image local feature detection algorithm, locating step by step. The experiment results show that this method can accurately detect the location of local face feature in a image.⑤A novel face image presentation model, dual attribute graph , is put forward. Firstly, it utilizes attribute graph to present the face image, then exact the local principal component coefficient and Gabor transform coefficient of thc pixels which corresponds to the nodes of the graph as the attribute of the nodes. This representation fully makes use of the statistical characteristic of the local face feature and utilizes Gabor transform to present the topographical structure of face image. So DAG has more general property.⑥Based on the DAG presentation, we give a DAG matching function and matching algorithm. During the design of the function and algorithm, the noise factor, e. g., lighting, scale and rotation pose are considered and tried to be eliminated. So the algorithm can give more general property.⑦A general face image recognition system is implemented. The experiment show the system can get better recognition performance under the noise surrounding of lighting, scale and rotation pose.

本文在上述研究的基础上，取得了如下主要研究成果：①构造了一个通用的人脸轮廓模型表示，解决了由于人脸图象尺度、旋转等因素而使得仅用单一轮廓表示无法正确提取人脸轮廓的问题，并给出了模型内、外能函数的定义，同时给出了模型的全局与局部匹配算法，实验表明，使用这种表示形式以及匹配算法，能够较好地提取人脸图象的轮廓，可实际用于人脸图象的分割；②深入分析了PCA方法的识别机制，得出不同成象条件下的人脸图象构成不同的人脸图象空间的结论，同时指出这也是造成PCA方法通用性较差的本质原因，并给出了不同人脸空间距离的一种度量方法，使用该度量方法能够直观地对人脸图象空间进行分析；③构造了各种尺度模板、旋转姿势模板以用于探测待识人脸图象的尺度、旋转角度，实验结果表明，探测精确度很高，从而有利于人脸图象特征提取，以及图象的有效表示；④构造了人脸图象的各局部特征模板，用于人脸图象局部特征的探测；同时提出了一种新的人脸图象局部特征探测法---逐步求精定位法，实验结果表明，使用这种方法能够精确地得到人脸图象各局部特征的位置；⑤提出了一种新的人脸图象表示法---双属性图表示法；利用属性图来表示人脸图象，并提取图节点对应图象位置的局部主成分特征系数以及Gabor变换系数作为图节点的属性，这种表示方法充分利用了人脸图象的局部特征的统计特性，并且使用Gabor变换来反映人脸图象的拓扑结构，从而使得双属性图表示法具有较强的通用性；⑥在双属性图表示的基础上，给出双属性图匹配函数及匹配算法，在函数及算法设计过程中，考虑并解决了光照、尺度、旋转姿势变化等因素对人脸图象识别的影响，使得匹配算法具有较强的通用性；⑦设计并实现了一个通用的人脸图象识别系统，实验结果表明，该系统在图象光照、尺度、旋转姿势情况下，得到了较好的识别效果。

Since H〓S and SO〓 adsorbed on TiO〓 could react with each other and TiO〓 is the medium of their electron transfer, thus SO〓 could not be adsorbed quite strong on the active site of TiO〓, which makes it more resistant to sulfating and increase the stability of catalyst. Finally, the model and mechanism of the reduction of SO〓 by NH〓 to elemental sulfur is advanced as follows: on the sulfide catalyst, ammonia is decomposed to N〓 and H〓, and H〓 reacts with SO〓 to form the intermedium of H〓S; then H〓S and SO〓 react as Claus reaction on TiO〓 catalyst.

反应系统中过量水蒸气的存在使催化剂表面某些活性位被水蒸气抑制使活性和选择性有较大幅度降低，但这种影响是可逆的，不会造成催化剂永久性中毒；另外当单质硫和水蒸气同时存在时，在〓催化剂上能够生成硫化氢和二氧化硫，而且由于硫化氢和二氧化硫化学吸附能力不同而导致它们的脱附顺序不同，硫化氢的生成温度总是低于二氧化硫的生成温度，说明过量水蒸气的存在会导致氧化物催化剂上逆克劳斯反应的发生；而在硫化物催化剂上几乎没有硫化氢和二氧化硫生成，说明硫化物催化剂能够抑制逆克劳斯反应的发生。

It is indeed the product of various countries' culture, so its application is determined by cultural factors. The paper can be divided into three parts, the first part reviews Leech politeness principle and it's advantage and disadvantage, then it discusses its cultural characteristics by using contrastive analysis method to analyze cultural origins and decisiveness of politeness principle. Then it explains cultural decisiveness of the politeness principle by introducing Chinese politeness criteria, Examples on vocatives, terms of humility and honorifics, taboos and euphemism are also given to further illustrate this point. Finally it proposes the conclusion: we should learn more about politeness principle and its cultural characteristics and raise people's consciousness on this issue so as to help people successfully in cross-cultural communication.

全文主要分为三部分，第一部分回顾了Leech的礼貌原则的内容并对礼貌原则的合理之处和不足之处进行了分析；然后采用了对比分析的方法，从礼貌的文化渊源和礼貌的文化决定性来讨论礼貌的文化特性；接着引入顾曰国的汉语礼貌准则，以及从称呼语、恭维自谦语、禁忌委婉语方面举例来说明礼貌原则具有文化决定性；最后提出结论：应对礼貌原则及其文化特性进行研究以此提高人们的跨文化意识，促进跨文化交际的顺利进行。

I then took up three planks from the flooring of the chamber, and deposited all between the scantlings. I then replaced the boards so cleverly, so cunningly, that no human eye --not even his --could have detected any thing wrong.

然后我又从房间的地板上掀起三块地板，把肢解的尸体都放在间隙中，然后又把木板放回原处，极为利落，极为巧妙，人的眼睛，就算是他的那只眼睛，也看不出任何蛛丝马迹。

This method first jitters chirp rate polarity of LFM signal transmitted by the radar in slow-time domain,then does match-filters for the jamming signals hidden in the radar echoes,since jamming is more powerful than radar echo,the next process of limiting will lower the amplitude of jamming greatly,after limiting process,limited echoes are inversely match-filtered,so jamming and real radar echo are all back to the original time domain,then the next normal imaging process can be implemented which will also provide the real radar echo more gain than jamming,so SJR(Signal-to-Jamming Ratio) is further enhanced.

该方法首先在慢时间域捷变雷达发射信号的调频斜率极性，其次在接收脉冲后首先对转发的干扰信号进行匹配、限幅，然后在逆滤波之后正常成像。

Then, he dream about the big human tracing him with a pipe. Little Sheep run like wind. He jump and fly over a river. He is so light, light like a bird. Then he saw his mother prepared a bed for him to go back. He dig in his mother's hug again. So warm he felt. At the same time, he hear a clear song of bamboo flute. It is the best thing he ever heard in his life.

接著他又梦到那高大的人类追逐著他，他跑的好快，像风一样，他一跳，竟然飞过了一条河，身体轻飘飘像小鸟一样飞著，接著他看到了他的母亲正准备好一个被窝在等他，他高兴的钻到母亲的怀抱里面，他感觉好温暖，就在这时候他听见清脆的笛声，那笛声好好听。

Io io was the daughter of a rivergod.she was loved,run after and won by zeus.hera became so greeneyed that she flew down from olympus one day to pay her rival back .zeus,however,had foreseen her arrival and changed io into abeautiful white little cow.seeing through the trick,hera asked for the cow as a present and zeus had to give in to her wish .then she left the cow to the care of a hundredeyed monster,argus.argus'' eyes were ever open and no escape was possible.unable to bear to see her so unhappy,zeus sent hermes down todestroy the monster.dressed up as a shepherd,hermes lulled argus to sleep with his sweet songs and long stories,then killed him and set io free.but hera''s anger was not to be calmed downyet.she sent a gadfly to attack the cow and drive her from land to land.in her misery the cow passed over the strait which divides europe and asia.in this way the strip of water got itsname bosporus ,the way of the cow.she wandered over thesea,which by chance got from her its name the ionian sea .in the end she arrived in egypt where she was turned back into hernatural form .she settled down and gave birth to a son,some of her children remained in egypt and ruled as kings for a longtime.

伊俄伊俄是河神的女儿，宙斯爱她、追求她、并得到了她。赫拉对此嫉妒不已。一天她飞下奥林波斯山向情敌施加报复。然而宙斯早已预见到她的光临，就将伊俄变成了一头美丽的小白牛犊，赫拉看穿了其中的诡计，非要一头牛犊作为礼物。宙斯无奈，只得让她如愿以偿。赫拉便将牛犊托付给百眼魔鬼阿刚斯看管。阿刚斯的眼睛永远睁着，要想逃脱是不可能的。看到伊俄如此忧郁，宙斯简直无法忍受，便令赫耳墨斯将魔鬼铲除。赫耳墨斯乔装成牧羊人给阿刚斯唱悦耳动听的歌，讲冗长乏味的故事以哄他入睡。之后便寻机杀死魔鬼，释放了伊俄。但赫拉的狂怒并未消除。她派了一只牛虻去攻击牛犊，使她颠沛流离。在十分悲痛之中，牛犊穿越了分隔欧亚大陆的海峡。从此这片狭长的水域被称作博斯普鲁斯海峡，意为牛犊之路。她接着漫游过海，这片大海也就在偶然中有了名称——伊奥尼亚海，最后她到了埃及，并恢复了她本来的体态和容貌。她在那里落户并生了个儿子。她的一些子孙就呆在了埃及，当了很长时间的国王。

Io io was the daughter of a rivergod.she was loved,run after and won by zeus.hera became so greeneyed that she flew down from olympus one day to pay her rival back .zeus,however,had foreseen her arrival and changed io into abeautiful white little cow.seeing through the trick,hera asked for the cow as a present and zeus had to give in to her wish .then she left the cow to the care of a hundredeyed monster, argus.argus\'\' eyes were ever open and no escape was possible.unable to bear to see her so unhappy,zeus sent hermes down todestroy the monster.dressed up as a shepherd,hermes lulled argus to sleep with his sweet songs and long stories,then killed him and set io free.

伊俄 伊俄是河神的女儿，宙斯爱她，追求她，并得到了她。赫拉对此嫉妒不已。一天她飞下奥林波斯山向情敌施加报复。然而宙斯早已预见到她的光临，就将伊俄变成了一头美丽的小白牛犊，赫拉看穿了其中的诡计，非要一头牛犊作为礼物。宙斯无奈，只得让她如愿以偿。赫拉便将牛犊托付给百眼魔鬼阿刚斯看管。阿刚斯的眼睛永远睁着，要想逃脱是不可能的。看到伊俄如此忧郁，宙斯简直无法忍受，便令赫耳墨斯将魔鬼铲除。赫耳墨斯乔装成牧羊人给阿刚斯唱悦耳动听的歌，讲冗长乏味的故事以哄他入睡。

Lugalbanda was a god and shepherd king of Uruk where he was worshipped for over a thousand years.

Lugalbanda 是神和被崇拜了一千年多 Uruk古埃及喜克索王朝国王。

I am coming just now,' and went on perfuming himself with Hunut, then he came and sat.

我来只是现在，'歼灭战perfuming自己与胡努特，那麼，他来到和SAT 。