平衡方法

• This paper study the jinjiang landslide , integrative application of geological history genetic analysis , limiting equilibrium method and numerical analysis , by analyzing physical geography condition and geological background of the investigated area , this paper researched basic features and genetic mechanism about the landslide , and evaluated sensitivity factors and the current stability as well as development tendency about the landslide ' s stability ; based on these , recurring to experience formula and correlation theory , this paper forecasted the events about landslide damming of river and surge caused by the slope failure , in addition , and evaluated the harmfulness
  本文以该滑坡为研究对象，综合运用地质历史成因法、极限平衡方法及数值分析法等方法，通过对研究区自然地理及地质背景的分析，研究了滑坡的基本特征及成因机制，评价了影响滑坡稳定性的敏感性因素及其发展演变状况；在此基础上，运用经验公式以及相关理论计算对滑坡失稳可能引起的堵江及涌浪事件进行分析预测，并进一步对其危害性做出评估。
• Based on the hypothesis that the rear side of retaining wall is pitching and coarse , and the filling surface is gradient , taking viscous filling as the object of study and using the static balance method , a study has been conducted on the earth pressure on the rear side of retaining wall under the sliding wedge ' s limiting equilibrium condition , and generated a general form for active earth pressure and passive earth pressure
  摘要基于挡土墙墙背俯斜、粗糙且填土表面倾斜的情况，以粘性填土为研究对象，用静力平衡方法研究了挡土墙后滑动土楔体达到极限平衡状态时作用于墙背的土压力，提出了主动土压力和被动土压力的一般形式。
• Circulation for transferring record then , based on the above limitations , this paper proposes a dynamic load balancing method . through the simulation of the change over time of the traffic of customer data , it draws a comparison in the deviation of the change over time of the traffic in a certain sdm ( service data module ) with respect to that of the average traffic of all modules between old method and new method . the load imbalance ratio , the number of records transferred per unit time and the reduction of number of modules are evaluated
  本论文针对上述两个问题，提出一种改进的负载平衡方法，通过对用户数据流量随时间变化的仿真，比较了记录迁移方法改进前后每一模块的流量变化与所有模块平均流量变化的趋近程度，同时还对几个重要参数：模块数量缩减率、负载不平衡比和单位时间内记录迁移数量，它们之间的关系进行讨论，得出改进后的记录迁移方法能够达到动态平衡负载的效果。
• 4 . in accordance with the difficult problem of trial - weight on the using horizontal decanter centrifuges , this paper bring forward a method to gain the inner unbalanced weight through adding trial - weight on the external rotor . we have discussed the theory of this method in detail and the feasibility of this method have been accepted by the high - grade technician in some factory
  针对目前在役卧螺离心机的内转子没有预留可装拆的配重处的问题，本文提出了在外转子上试重进行平衡再换算到内转子校正面上的平衡方法，此方法在理论上已得到充分的论证，在可行性方面已得到了有关企业高级技术人员的认可。
• Data collected from mengda power plant have been used to train the model . unlike normal direct - method / indirect - method of heat balance , this model computes the boiler efficiency and main parameters needed for control in the boiler ' s operation efficiently by taking the advantage of neural network ' s inherited powerful co - relating ability , memorizing ability and the ability of mapping with nonlinear variables
  此模型不同于传统的锅炉效率计算方法（正平衡或反平衡方法） ，而是通过人工神经网络本身具有的强大的联想功能和记忆功能以及对于非线性变量的映射能力，来计算锅炉效率和锅炉运行中需要调节的一些主要参数。
• Compared to the traditional dynamic balancing instruments , this instruments has the more friendly soft panel , and can be used more conveniently ; has two mode to get digital signal , one is by acquisition clip and the other by series communication ; use crosscorrelation analysis to improve the accuracy of the measure results ; use software method to eliminate the bad influence caused by missing signals ; have multiple methods of dynamic balance ; have some functions of fault - diagnosis ; and combined lab view program with database using dll . it has been proved that the balancing instrument can be used more conveniently , has complete functions and can obtain satisfying result
  与传统动平衡仪相比，木仪器面板更加友好，使用更加方便；可通过采集卡，串口通信两种方式进行数据采集；利用相关原理对采集到的数字信号进行分析处理，提高了测试结果精确度和稳定性，并用软件方法解决了因漏采信号，引起的对信号处理的不良影响；包含多种平衡方法；具有一定的故障诊断能力，可扩展性好；并利用dll技术实现了labview应用程序与c + + builder数据库功能的相结合。
• Summaries are made concerning the typical network optimization problem . the paper independently puts forward several optimal methods to improve network traffic transmission , such as the maximum - flow problem over mpls , including the arc - based and path - based solution , which adopt the method of splitting and unsplitting traffic , the solution to the greatest reliability of transmission , the solution to concurrent maximum - flow for load balance via linear programming . on the basis of mpls path protection several protection methods over mpls are proposed , including n - to - 1 , n - to - m protection solution in splitting and unsplitting cases and in diffserv cases , whose partial simulation results are provided as well
  即： 1 ) mpls网络最大流传输问题，包括基于弧的最大流解决方案、基于路径的最大流解决方案，分流与不分流的最大流处理方法以及多源多汇最大流解决方案； 2 )最大可靠性传输问摘要博士论文题: 3 )基于弧的求解流量负载平衡问题的线性规划方法; 4 )基于路径的流量负载平衡方法以及其他负载均衡问题; 5 )在mpls路径保护的思想和方法的基础上，提出了基于mpls的若干新的路径保护方法，即n一t 。
• The distributed networked parallel architecture and load balance resolution scheme which is adapt to this kind of architecture have been simulated on the surface vessel command and control system artificial platform , and the experiment shows that the performance of the surface vessel command and control system is higher than that of the original distributed system by making use of this kind of method and proves that the method discussed in this thesis has some practical value
  本文所提出的分布式网络并行体系结构和适应于这种体系结构的负载平衡方法在舰载指控系统仿真平台上做了仿真试验，证明这种方法的应用使舰载指控系统在性能上比原有的分布式系统有所提高，从而验证了本文所提出的方法具有一定的实用价值。
• So - called " increases the oxygen beautiful white skin " is forces the flesh circulation metabolism , every day piles up the human body the pressure creates the toxin and matter causes hormone is out of balance and the disorder mood , afresh conformity eliminate , borrows by ionization principle lead it out , gives the flesh sufficiently contains the oxygen space and balance method the human body , recuperate the qi and blood , the blood vessel gives to reply , returns to original state for is beautiful , moving , the kind charitable cheek concave - convex exquisite body
  所谓的“增氧玉肤”即是强迫肌肤循环代谢，将人体每日堆积之压力所造成之毒素、物引起之荷尔蒙失调及紊乱情绪，重新整合彻底排除，借由离子化原理将其一一引导出来，给予肌肤充足含氧空间及人体之平衡方法，促全身疏筋活络、气脉通畅、活血化瘀、细胞扭曲之筋脉、血管予以回复，还原为美丽、动人、亲切慈善之脸蛋凹凸玲珑纤体。