調度用戶任務 的英文怎麼說

中文拼音 [diàodùyònghùrènwù]
調度用戶任務 英文
schedulingusertask
  • 調 : Ⅰ動詞1 （配合得均勻合適） harmonize; suit well; fit in perfectly 2 （使配合得均勻合適） mix; adju...
  • 度 : 度動詞[書面語] （推測; 估計） surmise; estimate
  • 用 : Ⅰ動詞1 （使用） use; employ; apply 2 （多用於否定: 需要） need 3 （敬辭: 吃; 喝） eat; drink Ⅱ名...
  • 戶 : 名詞1 （單扇的門 泛指門） one panelled door; door 2 （人家; 住戶） household; family 3 （門第） f...
  • 任 : 任名詞（姓氏） a surname
  • 務 : Ⅰ名詞1 （事情） affair; business 2 （姓氏） a surname Ⅱ動詞1 （從事; 致力） be engaged in; devote...
  • 調度 : 1 （調遣） dispatch （trains buses etc ） 2 （調度員） dispatcher 3 （安排） manage; control 4 （...
  • 用戶 : user; subscriber; consumer; party; purchasers; abonement
  1. The destination of task planning and scheme scheduling of imaging satellites is considering each constraint integrally, assigning tasks for each satellite and each land station in reason, arranging the running of satellite and creating satellite imaging schemes in condition of multi satellites and multi land stations, which helps to gain image information of imaging demand ordered by users

    成像衛星任務規劃與調度的目的是為了在多星多地面站條件下，綜合考慮各項約束，合理分配各衛星及各地面站任務，並對衛星的運行進行調度，制定衛星的拍攝計劃，以獲得用戶要求的成像需求圖像信息。
  2. This article first analyzes a paradoxical phenomenon that is predominant in campus lan settings where there is a large amount of idle cpu cycles available while at the same time the computing needs from many researchers ca n ' t be met. it proposes an idea of setting up a campus computing grid with a detailed plan for its implementation, discusses the challenges of upscaling a campus computing grid into an internet computing grid and suggests possible solutions. gram ( grid resource allocation manager ) of globus toolkit 3. 2 and relative technology on it is studied, and the solutions to extend gram to support task rescheduling and the cooperation type task are proposed. the design and implement of the gram client based on web that is the kernel part of the task anagement module are discussed, and the design of resource discovery module and task transfer module are gived

    本文首先分析了校園網環境中存在大量計算資源閑置與科研人員科學計算需要得不到滿足之間的矛盾，給出了建立校園計算網格的構想及具體的設計方案，並提出了校園計算網格推廣到internet計算網格存在的問題及解決方案;研究了globustoolkit3 . 2中的資源分配管理器gram及其相關技術，並給出了擴展gram對任務再調度和協作型任務支持的解決方案;設計實現了校園計算網格中任務管理模塊的核心部分基於web的gram客戶端，並介紹了資源發現與任務遷移模塊的設計;然後在分析min - min調度演算法基礎上，借鑒qosguidedmin - min演算法的思想，並利用主機資源分類的思想，給出了在負載平衡和時間跨度都有較大改善的balance - qosguidedmin - min演算法模型的思想與實現;最後設計實現了調度演算法驗證模塊，並在此模塊上對比了改進的演算法balance - qosguidedmin - min與min - min演算法的調度性能。
  3. ( 4 ) putting forward a realizable mechanism of mission management according to the requirements of extending stage ' s models for user

    （ 4 ）針對stage軟體工程應用的用戶擴展需求，提出並確立了其工程應用可實現的任務調度機制。
  4. The intragrid supports grid applications in which application clients schedule jobs using the intragrid api, and the grid controller invokes subtasks over multiple grid nodes to get the job done with greater throughput

    Intragrid可以支持網格應用程序，其中應用程序客戶機使用intragrid api來調度作業，網格控制器調用子任務在多個網格節點上運行，這樣作業就能使用更高的吞吐量來完成了。
  5. For example : function irqtrap osdisableint osenableint osctxsw osstarthighrdy, irqenable etc. meanwhile, we could transplant the other useful application achieved by c language directly, such as : task scheduler, memory management, signals amount management, mailbox management etc. we construct a windows - like graphical user interface based on the c / os

    如: irqtrap 、 osdisablelnt 、 osenablelnt 、 osctxsw 、 osstarthighrdy 、 irqenable等函數。而其他用c語言來完成的任務調度、內存管理、信號量管理、郵箱管理等，則只將其中對我們有用的部分直接移植過來，不需要做大的改動。在拼c / os基礎之上，我們構建了一個類windows的圖形用戶界面。
  6. ( 3 ) for the wireless channels subject to several types of fading existing in different time scales, the dynamics of channel conditions are decoupled into two random processes with different mathematic properties in different time scales. two algorithms in this scheme are proposed to dealing with each time scale : the resource optimizer allocates the resource to maximize the total revenue with price fairness and provide qos guarantees to applications, and the slot scheduler exploits the time variability of

    （ 3 ）針對無線通道衰落的多時間尺度特性，將通道條件snr分解到不同時間尺度上，在不同時間尺度上針對不同的衰落特性來設計不同的演算法，完成不同的任務：在大時間尺度（幀）上進行資源分配，面向應用提供qos保證，保持應用間price公平性的情況下，尋求系統總收益utility的最大化；在小時間尺度（時隙）上進行時隙調度，利用各用戶通道容量的時變性，使各用戶獲得比平均通道條件情況下更高的吞吐量。
  7. In this part, we apply the classification of tasks and add a load balance factor. we submit tasks to grid resource relatively idle and make the task dispatcher and load balancing effectively

    同時通過增加負載平衡因子和應用任務分類等方法，將用戶提交的任務更加合理的映射到相對空閑的網格資源上，有效地實現了任務的合理調度和負載均衡。
  8. Based on the analysis of process work - flows management under the collaborative mode, the thesis emphatically discusses the dynamic user management and role ' s controlling, procedures modeling, the resolve and dispatcher of process tasks, conflicts elimination and the execution and supervision of work - flows

    分析協同工作模式下的工藝工作流管理，著重論述動態用戶管理與角色控制、過程模型定義、任務分解與調度、沖突消解和工作流的執行和監控。
  9. Then an optimal scheduling strategy is achieved by selecting two machines satisfying condition to change their loads via reassigning their tasks under the heuristic of their mean load. methods of selecting machines and tasks are given in this paper to increase the throughput of the system and reduce the total waiting time

    在開放動態的網格環境中，任務調度器試圖優化系統的性能指標，如：最小化平均任務執行時間最大化一定周期內任務執行數等，以提高整個系統的性能，滿足用戶的各種qos需求。
  10. The grid resource management system is the important component in grid computing system. it resembles the traditional resource management systems under distributed computing environment and cluster computing environment, supporting three functions : job management, task schedule and resource management

    網格資源管理系統是網格計算系統的重要組成部分，從為用戶提供方便、高效的服務的角度來看，它與傳統的分散式計算環境或集群計算環境下的資源管理系統類似，應當至少具備三種功能:作業管理、任務調度和資源管理。
  11. This thesis first analyzes thecharacteristics of the msrs mission and the users ’ requirements, then emphasizes on designinga modeling manner which integrates planning and scheduling. this thesis in succession presentsthe algorithm associated with the model, and beyond this, a software system is also presented inthispaper

    本文從多星偵察系統的任務特點及用戶需求出發，重點研究一種規劃與調度相結合的建模方式，在此模型基礎上給出相應的演算法，並設計實現了一個軟體原型系統。
  12. Rpc from core client to scheduling server

    從核心客戶端到任務調度服務器的遠程過程調用。
  13. With a digital display, simple and precise adjustment of the switching points via two multifunction membrane keys, and a display head that swivels through 330, all tc400 versions fulfil far - reaching expectations in the field

    本產品採用數字顯示屏，只需兩個多功能隔膜按鈕即可實現開關點的簡單而又精確的調節，同時它的顯示頭還可330度旋轉，因此，所有類型的tc400總是能夠在實際工作中遠遠超乎客戶期望地完成任務。
  14. Secondly we design a classifying - based grid scheduling model ( gsm - c ), in which we design a classifier which generates class id for each resource and task, and these class ids can be referenced by the scheduler ’ s mapping module

    其次，提出了一種基於分類的網格調度模型gsm - c 。通過對用戶任務和網格資源進行統一分類，為調度器提供資源匹配參考。
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