English translation for "权重函数"

weight function
weighting function

Example Sentences:

	1.	The spring constant is replaced by the weighting function . 弹簧常数用权重函数代替。
	2.	We use b - spline smoothing technique to smooth the characteristic function without changing the integral quantity and get a differentiable weight function . the method considerably improves the quality of sampling points 我们用b样条磨光技术在不改变积分值的前提下磨光特征函数，用可微的权重函数代替特征函数，提高了采样的质量。
	3.	To analyze some key technologies of optical network relative with rwa in detail , such as transmission , switching and internetworking ; to emphasize on the research of function , fabric and performance of optical cross - connection ; to carry out numerical simulations for crosstalk introduced by optical cross connect and to present measurements for suppressing it such as doubly filtering , fixing optimum decision threshold and appropriately choosing the number of multiplexed wavelengths ; 3 . to research the fundamental principle and some problems relative with rwa , including the type of optical network , the type of traffic , the type of service , the survivability of optical network ; to classify and compare rwa algorithms and particularly research some dynamic rwa algorithms ; 4 . to present reserved light - path and classify network resource such as used , unused and reserved status , to emulate establishment of all - optical connection in optical network through modified rwa algorithm and show effectively reducing setup time of all - optical connection utilizing reserved light - path ; to research rwa algorithms of multi - fiber network , to present new link weight functions dependent on node degree , unused fiber ( s ) per wavelength - layer and routing policies , to perform emulation of rwa based wavelength layer graph applying new link weight functions and show them make algorithms better performance and network lower blocking rate ; 5 详细分析了与rwa相关的光网络关键技术，包括传输、交换、组网等，重点研究了光交叉连接的功能和结构、性能，对其引入的串扰进行了详细分析，选择恰当的器件参数进行了数值模拟，并提出了抑制措施(如双重滤波、优化判决门限、选择恰当的复用波长数) ; 3 .研究了光网络的r认叭的基本原理、与r认叭的几个相关问题(光网络类型、业务类型、流量类型、光网络生存性) 、 r认人算法的分类和比较，具体研究了几种动态r场人算法; 4 .研究了以全光连接建立时间为优化目标的r认认算法，提出预置光路的概念，对网络资源进行状态分类(占用、未占用、预置) ，利用改进的r认叭算法仿真，预置光路可为部分新到的连接请求快速建立连接，从而提高网络性能;研究了以多光纤网络连接阻塞率为优化目标的r认城算法，提出了以节点度数、每个波长分层的空闲光纤数以及路由策略决定的几种链路权重函数，利用基于波长分层图模型的并行r场人算法仿真，利用新的链路权重函数使得算法具有更优的性能，使网络具有更低的连接阻塞率。
	4.	Since the suggested method makes a significant improvement in wind speed , it is more suitable for wind field estimation over complex terrain than other methods which only concerns the effect of distance . then we calculate the wind change with evaluation , last we can conclude the wind abase the hilly terrain , we find the wind in westward and center plain is much smaller than other area . while the wind in northward hilly area is much bigger with the hilly arising . the wind of chongqing is the biggest period in spring ( april ) , the smallest period in winter ( january ) , the wind in summer ( july ) is bigger than its in autumn ( october ) 本文利用重庆及其周边地区的常规气象站的1951 ? 1980年30年的风速平均资料，针对复杂地形风速诊断，以地理信息系统为数据处理平台，根据重庆1 ： 25万dem数据，来获得重庆市实际复杂地形的高程，提出了一种适合于起伏地形的权重内插方法，通过引入一个表示地形起伏变化程度的因子，构造了一种新的权重函数，来处理复杂地形上的风速，通过与只考虑距因素同反平内插方法比较发现，本方法更适合在起伏地形条件下使用；然后根据经验公式在地形上进行计算，得出重庆地区起伏地形下的风速分布；得出重庆市的西部、中部平原地带风速较小，而北部山区随海拔高度升高风速也较大；重庆市风速最大时期为四月份，冬季一月份最小，夏季(七月份)大于秋季(十月份) 。
	5.	The conclusion is that inductive electromotive force , gotten from sensor with the distribution regularities of weighting function , is proportional to the average flow velocity in pipe and is not relevant to the distribution of flow velocity when flow velocity is non - central symmetry with the central axis . so electromagnetic flowmeter could solve the question of high accuracy in principles 得出按权重函数分布规律的传感器,在流速非中心轴对称分布时,感应电势仅与平均流速呈正比,而与流速分布无关的结论,从而从原理上解决电磁流量计了高精度测量的问题。
	6.	The " collaboration " will become a main problem enterprise faced in the global digital economy . so along with this clue , some problems as following are studied in this paper : 1 ) collaborative manufacturing environment , collaborative manufacturing network and operation center are proposed , and base on these concepts , some problems relate to production control are identified ; 2 ) the framework for collaborative manufacturing environment is constructed by using agent and multi - agent , the framework conducts scheduling and controlling functions among production entities , as well as within them , using autonomous agent and weighted functions for distributed decision - making , while simple index values , instead of detailed data , are used for information exchange among agents ; 3 ) finally , resource promises model are proposed , based on the model , resource control collaborative mechanism is developed for collaborative manufacturing environment ; 4 ) collaborative contingency management is introduced 本文沿着“协作”这一线索对以下问题进行了研究： 1 )提出了协作制造环境、协作制造网络及运营中心的概念，并以此为基础进一步界定了协作制造环境下的生产控制问题； 2 )构建了协作制造环境下基于多agent的生产控制框架，并在这一框架基础上，应用自治agent和分布式决策的权重函数，建立了协作制造环境中制造实体间或实体内生产调度与控制模型； 3 )以资源承诺模型为基础，建立了协作制造环境下的资源控制协作机制； 4 )给出了协作制造环境下紧急事件的管理策略。

Similar Words：

"权重的" English translation, "权重叠加" English translation, "权重叠架" English translation, "权重东" English translation, "权重法" English translation, "权重集" English translation, "权重计数子" English translation, "权重矩阵" English translation, "权重滤波器" English translation, "权重配位数" English translation