恢復信息集 的英文怎麼說

中文拼音 [huīxìn]
恢復信息集 英文
recovery information set
  • : Ⅰ形容詞1 (重復) repeated; double; duplicate 2 (繁復) complex; compound Ⅱ動詞1 (轉過去或轉過...
  • : Ⅰ名詞1 (呼吸時進出的氣) breath 2 (消息) news 3 (利錢; 利息) interest 4 [書面語] (子女) on...
  • : gatherassemblecollect
  1. Whenever you boot your system again, you can restore the rule set into the packet filtering tables from this script file using the

    命令將規則從該腳本文件包過濾表,如下所示:
  2. Measuring method and technique that 3d surface shape is recovered from 2d gray image ( shape from shading ) can obtain surface shape by natural way and easily realize the information integration of intersystem. particularly, this technique belongs to non - contact measurement, and it has become a puzzle and hotspot question in image measuring domain based on vision in recent years

    直接由物體的二維灰度圖像其三維幾何形狀(由明暗形狀)的曲面測量方法和技術,能以自然方式提取物體表面的形狀,且易於實現系統間的成,尤其是該方法屬于非接觸測量方法,特別適合於測量由彈性模量低的易變形材料製成的零件,近年來一直是基於視覺的圖像測量領域研究的難點和熱點問題。
  3. In the paper, firstly, we studied the theory and key technologies of virtual operation environment, proposed the scheme to achieve ha and self - management and analyzed research aim of system, i. e. the system can dynamically manage resource, self healing, self optimizing according to the business requirements and load information, and self protecting

    本文首先對虛擬操作環境系統的理論基礎進行研究,提出了採用分區和群技術相結合解決系統的高可用性,採用策略管理技術實現系統自律性的技術方案;並確立了系統的研發目標,即系統能實行資源的動態配置、故障的自動、根據業務要求或負載進行自我性能優化以及自我保護等功能。
  4. All algorithms that introduced hi my paper focus on the hollow hull of object, and the calculations are a series of intersection of face and line that have no ply. and by employing the topology information that come with the points since their generation, we can get the surface polygonal mesh without triangulation and reduce the time used in reconstruction of visual hulls and help to realize real - time rendering

    本文提出可見殼的生成演算法都是建立在無厚度的平面直線求交計算上,完全避免了對物體內部的冗餘區域的計算,同時利用物體表面點與生俱來拓撲物體表面的多邊形網格,在一定精度范圍內可以避免對散亂點進行三角剖分,減少可見殼的生成時間並有助於實時繪制的實現。
  5. In deed, most of the 2 - d images we see have been derived from this 3 - d world by camera systems that employ a perspective projection to reduce the dimensionality from three to two

    現有的大多數圖像採裝置所獲取的圖像本身是二維的,盡管其中可以含有三維物體的空間。要從圖像認識世界,就要從二維圖像中三維空間
  6. The distribution network automated system ( das ) is a management information system, including computer software and hardware technology, the computer network technology, the automatic control technology, the data communication technology and electrical power system technology, and it is utilized to acquire the data from power distribution network, monitor operation, position breakdown fast, isolate the failure, restore the power supply and administrate need, what ’ s more, it reduces the time of power cut effectively, improve the reliability and quality of power supply

    配電自動化系統( das )是計算機軟硬體技術、計算機網路技術、自動控制技術、數據通技術及電力系統相關技術於一體的管理系統,為配電網路的數據採、運行監視、快速故障定位、故障隔離、供電以及需求側管理等提供了有力的技術手段,能夠有效地縮短事故停電時間、提高供電可靠性、改善供電質量。
  7. The main features of this tool include : grouping of test cases, break point resume, timeout detect and timeout control, and collecting the return information of test cases

    它具有測試用例分組、斷點執行、超時監測和控制以及收測試腳本返回等特性,方便了測試人員執行和控制測試用例。
  8. There are several problems in scalable and reliable multicast, such as, feedback implosion and local recovery, etc. aim at to solve the problem of feedback implosion, we discuss carefully how to set the timer to avoid the nack implosion in receiver - initiated, integrate fec system. we propose two methods : divided time equally and based on exponential distribution to set timers, divided time unequally and based on exponential distribution to set timers. by analyzing for up to 10 receivers, both of them can avoid the nack implosion and feedback delay due to timers is low

    在可伸縮可靠多描通中存在反饋爆炸、局部數據困難等問題,為了解決反饋爆炸的問題,本文針對基於接收者啟動、使用成fec的系統,詳細討論了如何使用定時器避免nack爆炸,提出了設置定時器時間的兩種方法:基於指數分佈、均勻分段方法和基於指數分佈、非均勻分段方法,並且分析了它們抑制nack的能力和由定時器引起的nack延時長短,通過分析可知:對接收者數量達到10 ~ ( 10 )數量級的多播通,這兩種方法都能避免反饋爆炸,且由定時器引起的nack延時短,並且后一種方法優於前一種方法。
  9. This project includes as follows : the major study of scientific monitoring of players ' training and of collection of physical training information, and of analytical system, and the comprehensive application and demonstration of advanced technique of training, and competition training and its development of equipment and material, and the study of scientific selection of players and of the injury function for sport and its adjustment, and of the method of quick curing of wound of human body, and recovery of players ' physical efficiency and supplement of their nutrition, and of the function of occurrence and recovery of sport fatigue, and establishment of the normal of diet rda players of physical efficiency and scientific interference etc

    重點開展運動訓練的科學監控研究;體育訓練、分析系統研究;先進訓練技術綜合應用示範;訓練比賽及其器材、設備研製;運動員的科學選材研究;運動損傷機理與調節研究;人體創傷快速修方法研究;運動員體能和營養補充;運動性疲勞發生和的機理研究;體能項目運動員膳食rda的制定和科學干預等。
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