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Do you still remember,how we used to be Feeling together, believe in whatever My love has said to me Both of us were dreamers Young love in the sun Felt like my Saviour, my spirit I gave you We'd only just begun Hasta, my young girl Always be mine Viva forever, I'll be waiting Everlasting, like the sun Live Forever, for the moment Ever searching for the word Yes I still remember, every whispered word The touch of your skin, giving life from within Like a love song that I'd heard Slipping through your fingers, like the sands of time Promises made, every memory saved Has reflections in my mind Hasta, my young girl Always be mine Viva forever,I'll be waiting Everlasting, like the sun Live Forever, for the moment Ever searching for the word But we're alone now, was it just a dream Feelings untold, they will never be sold And the secret's safe with me Hasta my young girl, Always be mine Viva forever, I'll be waiting Everlasting, like the sun Live Forever,for the moment Ever searching for the word Viva forever, I'll be waiting Everlasting, like the sun Live Forever,for the moment Ever searching for the word Viva forever, I'll be waiting Everlasting, like the sun Live Forever,for the moment Ever searching for the word Viva forever, I'll be waiting Everlasting, like the sun Live Forever,for the moment Ever searching for the word

你仍然记得吗，我们过去一直是的方式一起感觉，相信任何的我的爱已经对我说我们两个都是做梦的人年轻的爱在太阳下感觉像我的救星，我的精神我给予了你我们才开始 Hasta，我的年轻女孩总是我的万岁的欢呼永远地，我将等候永恒的，像太阳永远地住，对于片刻曾经搜索对于字是的我仍然记得，每一耳语字你的皮肤的触觉，提供生活从在喜欢情歌我有听到滑倒过你的手指，像时间的沙子承诺制造，解救的每记忆有我的思想的反映 Hasta，我的年轻女孩总是我的万岁的欢呼永远地，我将等候永恒的，像太阳永远地住，对于片刻曾经搜索对于字但是我们现在很孤独，它只是一个梦感觉不告诉，他们将会无法被卖而且秘密的保险箱由于我 Hasta 我的年轻女孩，总是我的万岁的欢呼永远地，我将等候永恒的，像太阳永远地住，对于片刻曾经搜索对于字万岁的欢呼永远地，我将等候永恒的，像太阳永远地住，对于片刻曾经搜索对于字万岁的欢呼永远地，我将等候永恒的，像太阳永远地住，对于片刻曾经搜索对于字万岁的欢呼永远地，我将等候永恒的，像太阳永远地住，对于片刻曾经搜索对于字

Emphases are put on solving the problem of repeating searching extreme points in contours of Gauss curvature drawing,and the improved Bulirsch Stoer contour curve searching method is used in extreme points searching to speed up the searching efficiency.

提出了一种针对非均匀有理 B样条自由曲面的高斯曲率等值线的光顺检测方法，重点解决绘制高斯曲率等值线时出现的极值点的重复搜索问题，并将改进的Bulirsch-Stoer等值线搜索法用于极值搜索中，提高了搜索效率。

First, it diagnoses and analyses the maglev train's suspension system and traction system by applying the FTA and fuzzy FTA method. Furthermore, it presents the new way to solute the diagnosis searching arithmetic by building the searching matrix based on the factors such as components' key weightiness, faults happen probability, searching cost. Then it can get optimal searching sequence for seeking the reason to the faults. Second, it builds the train's rank evaluation model based on multiple hiberarchy neural networks, after it takes the strategy that set the component diagnosis and whole train fault rank evaluation into two steps. Third, it deeply analyses reliability of the maglev train's power system with function-correlated feature, by the method that combining the FTA with the Markov model. Finally aiming at maintenance ahead of the fault, it proposes the blue print for the maglev train's maintenance. What's more, it introduces the design and realization to recorder for the train run data in detail.

应用故障树和模糊故障树分析法对磁浮列车悬浮系统、牵引系统进行全面的诊断分析，提出了以部件关键重要度、故障概率、搜索代价为因素，建立搜索决策矩阵，综合排序的搜索算法；采取部件诊断和列车集中评估相结合的分层诊断策略，建立基于多重神经网络的列车故障等级评估模型；结合故障树和马尔可夫模型对具有功能相关特性的列车电源系统进行可靠性分析；着眼事前维修，提出了列车运行维护方案，并设计实现了列车运行数据记录器。

Based on a Hopfield neural network mode for combinational circuit test generation, a test generation algorithm with global searching ability is proposed. This algorithm is the combination of chaotic searching with gradient algorithm. By means of the inherent stochastic and ergodic property of chaotic searching, the problem of being trapped in local minimum of gradient algorithm can be solved.

基于组合电路测试生成的离散Hopfield神经网络模型，将混沌搜索与Hopfield网络的梯度算法相结合，利用混沌搜索的内随机性及遍历性来克服梯度算法易于陷于局部极小的缺点，形成一种具有全局搜索能力的测试生成有效算法。

The half scenery search method and the maximum superiority search method developed for searching ideal AND/OR graphs can be extended to searching ideal non-AND/OR graphs containing SUB and COM operators, and the maximum reliability search method for searching ideal AND/OR graphs is applicable to the non-ideal AND/OR graphs containing circuit structures.

建立在理想AND/OR图上的半景搜索法和最大优势搜索法可以推广到包含SUB和COM算子的理想非AND/OR图的搜索，而最大超越搜索法则可推广到包含回路结构的非理想AND/OR图的搜索。

If average values before or after catastrophe point when the pressure at both ends reduces exceed the threshold value, judging that there is leak and positioning: calculating approximate wavelet transformation coefficient of pressure data at both ends, initializing searching interval, calculating a signal time delay value corresponding to approximate wavelet transformation coefficient in the searching interval from maximal scale N; converting the time delay value under scale N to that under N-1 by geometric proportion relation; updating the searching interval, repeating above processes until the scale is 0 and positioning based on the time delay value.

若两端压力下降突变点前后的均值变化均超过阈值，判定有泄漏并进行定位：计算两端压力数据的近似小波变换系数，初始化搜索区间，从最大尺度N开始在搜索区间内计算对应近似小波变换系数的信号时延值，利用等比关系将尺度N下的时延估计值转换为N-1下时延估计值，以该值更新搜索区间，重复以上过程至尺度为0，以此时延估计值进行定位。

The key points of DGA is to start evolution with initial population evenly distributed in searching space to avoid the leakiness of subspace, to accelerate the searching process by directed crossover and mutation, to improve holistic survival and adaptive ability by means of competition and parallel evolution in genetic system. However, the crossover and mutation act on different lays in space made the searching uniform.

其基本思路是以空间上均匀分布的初始点展开演化以避免子空间的遗漏，以有方向性的杂交和变异加速和调节搜索，同时杂交和变异作用在不同层面上使搜索在整体上均匀化，通过遗传系统里的并行竞争提高整个群体的生存适应力，从而达到整体优化的目的。

The results showed that the local extremum can be avoid in the searching process of the searching algorithm, so a bypass searching is reduced greatly, which is significant for the compensation effects and the stabilization of the system.

结果表明，通过滤波器的引入，可在很大范围内避免补偿算法在搜索中出现局部极值的可能，减少了迂回搜索，改进了补偿效果，同时有利于补偿系统的稳定。

This result have unified the traditional explicit graph searching and implicit graph search, partial searching for one solution and complete searching for all solutions into a same model and some algorithms.

这一结果将传统的显式图搜索与隐式图搜索，求一个解的局部搜索与求全体解的遍历搜索，全部统一到同一个模型和若干算法中去。

Generally, instrumental rumination helped to reduce negative mood, emotional-focused rumination worsened negative mood, and meaning-searching rumination increased the duration of negative mood. Moreover, in the period of severely and long-term negative mood status, instrumental rumination seemed to maintain the duration of positive mood, emotional-focused rumination still worsened negative mood, and meaning-searching rumination seemed to prolong the duration of negative mood. Besides, in the period of negative mood episode, instrumental ruminative had no effect on mood fluctuation, emotional-focused rumination deteriorated and extended negative mood, and meaning-searching rumination had harmful effect on the negative mood but still had borderline effect on the positive mood.

整体平均来说，功用性反刍有助於负向情绪的缓解、情绪焦点反刍会增强负向情绪感受、意义寻找反刍则是增加负向情绪维持的时间；若当天处在长期又严重情绪不佳日子中时，功用性反刍似有维持正向情绪的效用、情绪焦点反刍则是恶化当天的负向情绪强度、意义寻找反刍则有延长当天负向情绪时间的趋势；若连续处在长期且严重情绪不佳的日子中，功用性反刍对情绪变化并无影响、情绪焦点反刍则是延长且恶化此时期的负向情绪状态、而意义寻找反刍不但会影响负向情绪的状态，似也会有助於此时期的正向情绪状态。

Hanna: That's over now, isn't it?

都结束了，对吗

You must be ill. You look so pale.

你一定是病了，你的脸色苍白。