balancing capacity 中文意思是什麼
balancing capacity
解釋
均衡能量-
Through the implementing of kernel level file and cache mechanism at the client side, this newly proposed distributed network file system provides seamless network file access and reduces the performance decline caused by network transmission. utilizing the concept of logic block server, it provides the reliable data block storage and implements redundant storage capacity. utilizing the concept of the index server, it provide s the cost of the greatly for server and network during data access process and realizes the computing with balancing capacity
在客戶端通過實現內核級文件的調用和緩沖機制，實現了文件的無縫網路存取，並減少由於網路傳輸帶來的性能下降的影響；利用邏輯塊服務器實現邏輯塊的冗餘存取，實現數據塊的安全存放；利用索引服務器進行負載均衡計算，實現資料存取的較低網路和服務器開銷；利用索引服務器實現服務器組的零管理，使該系統具有高效性、穩定性和可伸縮性。 -
Production line balancing for capacity, operators, equipment and tooling, and materials, etc. the target is higher quality, on time delivery and cost effective
綜合維持生產線的平衡：產能、人員、設備和工具、物料等，以達到提高質量、按時完成產量和減少費用的目標。 -
And the main results are as follows : ( 1 ) water resource is a kind of system index, which is decided by " supporting capacity of sustaining ", " supporting capacity of developing ", " supporting capacity of balancing ", " supporting capacity of managing ", and " supporting capacity of environment ", among which " supporting capacity of developing " is the key factor
通過分析論證，形成以下主要結論： 1水資源對區域可持續發展的支持能力是一個系統優化的綜合指數，由「生存支持能力」 、 「發展支持能力」 、 「穩定支持能力」 、 「環境支持能力」 、 「管理支持能力」共同決定，其中「發展支持能力」是關鍵因素。 -
The beginning point of the first research direction is that we design a type of load - balancing virtual topology which is insensitive to the traffic, such plan method has been proposed whose name is vlbs ( valiant load - balancing schemem ), the disadvantage of vlbs is that it can only be applied to the homogeneous network in which each node has the same capacity, in chapter2, a more general valiant load - balancing scheme ( gvlbs ) has been proposed, the advantage of the gvlbs is that it can be used both on the homogeneous network and heterogeous network, in this chapter, we will give the detail derivation process and numerical analysis. the beginning point of the second research direction is that we first design a virtual topology for the physical topology under a specific traffic matrix, for a while, the traffic has changed, the network performence will decline. under such condition, in chpater 3, a virtual topology reconfiguration algorithm is studied which can decrease the average weighted hops
本文針對動態變化業務量情況下的wdm網路設計方法劃分為兩個主要的研究方向，第一個方向的研究出發點是可以在最初的虛拓撲設計過程中根據物理拓撲情況設計出一種虛拓撲出來，該虛拓撲是負載均衡的，在這種虛拓撲上跑的業務量矩陣特徵只要在某種范圍以內，無論它怎樣動態變化，網路都不會出現擁塞，但這種虛拓撲設計演算法vlbs的一個缺陷是它只能適用於同構網路，即每個節點所擁有的容量大小都相等，在第二章中，本文提出了一種更通用的負載均衡的光網路虛拓撲設計演算法gvlbs ，該演算法與傳統的負載均衡演算法vlbs不同之處在於vlbs演算法只能適用於同構網路而gvlbs演算法既可以適用於同構網路，又可以適用於異構網路，在本章中將給出了gvlbs演算法的的詳細推導和數值分析。 -
Revision of toll schemes for competing tolled facilities towards better balancing of demand and capacity among them should be pursued as a priority item
優先修訂一些具競爭性的收費設施的收費方案，以平衡這些設施之間的需求與處理量 -
We place a number of data relaying stations ( drss ) at strategic locations, which can be used to relay data packets between mhs and btss. by using multi - hop, some of the traffic can be diverted away from the hot cell, and to its neighboring cold cells, if one or more such cold neighbors exists, thereby achieving load balancing among the cells and increasing the cell capacity and system capacity
在本論文中，我們將adhoc網路運用於蜂窩網，通過基於延時估計的adhoc的多跳轉發機制，將業務量繁忙的小區（熱區）的業務部分的分流到鄰近相對空閑的小區（冷區） ，來提高小區的容量，達到通道的動態分配。 -
Pile and raft take the load of buildings together. it possesses good whole, high vertical capacity, small settlement of foundation and well performance of balancing differential settlements. it could bear large wind or seismic induced horizon load, and could have large capacity of resisting inclination
樁筏基礎同時具有樁基礎和筏板基礎的優點，樁一筏共同承擔建築物的荷載，它具有整體性好、豎向承載力高、基礎沉降小、調節不均勻沉降能力強的優點，同時可以承受風荷載或地震荷載引起的巨大水平力，抗傾覆能力強。
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