能源科學網 的英文怎麼說

中文拼音 [néngyuánxuéwǎng]
能源科學網 英文
esnet
  • : 能名詞(姓氏) a surname
  • : 名詞1. (水流起頭的地方) source (of a river); fountainhead 2. (來源) source; cause 3. (姓氏) a surname
  • : Ⅰ名詞1 (學術或業務的類別) a branch of academic or vocational study 2 (機關按工作性質而分設的單...
  • : Ⅰ動詞1 (學習) study; learn 2 (模仿) imitate; mimic Ⅱ名詞1 (學問) learning; knowledge 2 (學...
  • : Ⅰ名詞1 (捕魚捉鳥的器具) net 2 (像網的東西) thing which looks like a net 3 (像網一樣的組織或...
  • 能源 : the sources of energy; energy resources; energy source; energy能源短缺 energy shortage; 能源工業 ...
  • 科學 : science; scientific knowledge
  1. 3. as there are up to 106 managed objects on element level of tmn ( telecommunications management network ) in telecommunications network, and the scheme to collect management information affects the performance of network management, a new algorithm - saa ( self - adaptive algorithm ) used for retrieving multi objects information has been put forward in this thesis. saa can adjust the retrieving objects and interval of retrieval self - adaptively by using the schemes of self - adaptivity, fault tolerance, recognition status of object dynamically etc., and thus can use fewer network resources without alteration of snmp ( simple network management protocol ), iiop ( internet inter - operability protocol ) or cmip ( common management information protocol )

    針對傳統的定時提取路管理信息方法的不足,提出了一種提取多管理對象信息的新演算法? ?自適應演算法saa ( self - adaptivealgorithm ) ,該演算法在不改變管理協議,如iiop ( internetinter - operabilityprotocol ) 、 snmp或cmip ( commonmanagementinformationprotocol ,公共管理信息協議)的情況下,採用自適應策略、容錯策略、動態識別被管對象狀態策略、被管對象存儲空間的動態刷新策略,根據本次訪問被管國防技術大研究生院位論文對象所得出的路通信量,自適應地調整下次應該訪問的被管對象和讀取被管劉?象數據的時間間隔,從而可以較少地消耗所用的路帶寬和cpu資
  2. It has been used in many fields such as machinery industry, electronic industry, power industry, hydraulic engineering, chemical industry, agriculture, environment, economy and so on. this paper focuses on application of anns in the study of the karst basin and its low flow

    人工神經路是一門正在迅速發展的交叉,現已廣泛應用於機械工業、電子工業、工業、水利工程、化工業、農業、環境和經濟。本文主要討論人工神經路在喀斯特流域及其枯水徑流研究中的應用。
  3. The spatial and information techniques such as global positioning system ( gps ), remote sensing ( rs ), geographical information system ( gis ), computer network etc and their integration promote the development of modem land management towards automatization, intelligentizing, scientizing, networking, and modernization, and offer the information acquirement, processing and analysis of land resources new technique means

    衛星定位技術( gps ) 、航空和航天遙感技術( rs ) 、地理信息技術( gis ) 、計算機路技術等空間技術和信息技術的發展及其相互間的集成與融合,促進了現代土地管理工作向著自動化、智化、化、路化和現代化的方向發展,為國土資信息獲取、處理和分析提供了全新的技術手段。
  4. We use different genetic teaching methods to promote student ' s practice of making experiments and utilization of internet resources ; stimulate and direct student ' s desire of exploring the knowledge properly ; impel students to think and analyse deligently ; enhance their ability of thinking, utilizing and operating ; foster student ' s ability to grasp information and self - study ability ; increase student ' s comprehensive ability through all directions to meet the needs of the quick development of life science in 21st century

    摘要通過在遺傳中採用不同的教方式、加強實驗操作和運用路資的實踐,合理引導並激發生對知識探索的慾望,促使生勤於思考與分析,提高思維力、運用力和動手力,培養生具有信息力和自主力,全方位多角度地提高生的綜合素質,以適應21世紀生命迅速發展的需要。
  5. The application of grid computing on scientific research and engineering problem is support by aggregate distributed high performance compute, large database, scientific research equipment and other substantial computational resources to form a supercomputer

    格計算的目標是將跨地域的多臺高性計算機、大型數據庫、研設備,通信設備以及其他潛在的計算資整合成一個巨大的超級計算機系統,支持計算和研究。
  6. 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環境中存在大量計算資閑置與研人員計算需要得不到滿足之間的矛盾,給出了建立校園計算格的構想及具體的設計方案,並提出了校園計算格推廣到internet計算格存在的問題及解決方案;研究了globustoolkit3 . 2中的資分配管理器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
  7. " joining ibm to support world community grid was a logical step to take for hku, we are glad to be the pioneer in the higher education sector, " said professor lap - chee tsui, vice - chancellor of hku. " with our emphasis on technology and education, and our commitment to partner with the community to serve society, we saw this opportunity as a great way to get our staff and students directly involved in a very innovative and meaningful project

    香港大一向注重研和教育,更主張與社群攜手貢獻社會,我們認為參與此計劃是難得的契機,可讓港大師生、同事直接參與一個非常富創意和甚有社會意義的項目,在體驗格運算技術的力量之餘,也善用已有資回饋社會。
  8. Along with the huge improvement and rapid progress of computer performance and network communicating technology, the development of application demands toward high - performance, large - scale, diversity and multi - function needs to connect the various high - performance computing resources, storage, data and other specific resources, which are geographically distributed and heterogeneous, via high speed network to establish collaborate high - performance computing and solve huge application problems cooperatively, hence the name wide - area high - performance meta computing technology, grid computing technology as well

    計算格將地理上分佈的、異構的各種高性計算資、存儲資、數據資和其他特殊資通過高速路連接起來,實現高性聯合作業,共同完成大規模計算問題。這就需要格服務提供一種通用的互操作手段,具有動態資發現和組合力。本文工作是國家自然基金項目「格應用程序執行性的實時監控和預報」的組成部分。
  9. First, its opening make learner rearrange instruction content and instruction strategy, embodies better adaptability, accomplishes willing learning going away the confine of the time and space. second, it can build a cooperation learning environment, which learners are capable of enlightening, helping each other, broadening thought and idea, advance oneself. third, it realizes that all resource is shared global, on - line learner can acquire the latest information of some subject

    首先,路課程使得習者可以根據不同的習目的,重組教內容和教策略,體現出良好的適應性,實現超越時空的自主習;其次,路課程營造一種協同習環境,習者在這種環境中互相啟發、互相幫助、開闊思路和共同提高;再次,它實現習資的全球共享,根據需要隨時更新習內容,使習者及時地了解的最新發展動態。
  10. Based on the successful implementation of the industrial research projects of the science and technology plan of guangdong province, named “ gis grid service and its applications ”, this paper summerizes the existing problem in soa, which lies in the deficiency of service virtualizion originated by the static binding of resources. thus, the concept of plugabble grid service ( pgs ) is proposed here to solve the problem, together with the prototype and experiment to validate its feasibility, functionality and performance

    在完成中山大計算機系軟體工程實驗室提出並負責實施的廣東省技計劃工業攻關項目「 gis (地理信息系統)格服務及其應用」的基礎上,本文總結了soa當前存在的服務虛擬性不足,與資靜態綁定的問題,提出了可接插服務體系的概念,並通過實驗驗證了其可行性、功和性
  11. At the same time, the development and application of spatial technology, of measuring and control technology, of information technology and of 3s technology also enable man gain more data and information timely and efficiently. now, data and information ' s process, transfer and storage can be dealt with network, moreover, distributed data base and interactive operating system on computer have already been exploited

    空間技術、測控技術、信息技術、 3s技術的開發與應用使人們夠及時、有效地獲取更多的資料和信息;資料、信息處理、傳輸、存儲的路化以及分散式數據庫和互動式操作系統的開發,使水文及水資研究得以迅速發展。
  12. Andes technology corporation has collaborated with mediatek, faraday, the executive yuan development fund and several leading taiwanese universities, leveraging their resources effectively. having recruited a group of senior engineers with extensive product development and management experience from silicon valley in the us, andes is gradually building itself up into taiwans leading soc core provider, integrating software, hardware and system integration capabilities

    晶心技透過產官合作,擁有來自聯發智原技行政院開發基金以及國內大等豐富資,目前更羅一群有矽谷產品開發及管理經驗的資深工程師,正逐步建立國內唯一結合軟硬體及系統整合力,且專注于系統晶片核心開發的公司。
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