large-scale programming 中文意思是什麼

large-scale programming 解釋
大型規劃
  • large : adj 1 (體積,空間,數量,規模等)大的,巨大的;(權限等)廣泛的。2 (心胸)寬廣的,度量大的;(...
  • scale : n 1 (尺、秤等上刻劃的)分度,度數,標,標度,刻度;尺寸;尺,尺度。2 【音樂】(標度)音階;音列...
  • programming : 編程序的
  1. Both theoretical proof and numerical experiments indicate that this algorithm is convergent and effective for solving large - scale semidefinite programming. in the following section, we work over the bisection problems

    數值實驗與理論分析均表明該演算法適用於求解大規模問題,且具有良好的收斂性;其次,研究了電路二等分問題。
  2. Abstract : a cad tool based on a group of efficient algorithms to verify, design, and optimize power / ground networks for standard cell model is presented. nonlinear programming techniques, branch and bound algorithms and incomplete cholesky decomposition conjugate gradient method ( iccg ) are the three main parts of our work. users can choose nonlinear programming method or branch and bound algorithm to satisfy their different requirements of precision and speed. the experimental results prove that the algorithms can run very fast with lower wiring resources consumption. as a result, the cad tool based on these algorithms is able to cope with large - scale circuits

    文摘:介紹了一個基於標準單元布圖模式的電源線/地線網路的輔助設計集成工具.它應用了一系列高效的演算法,為用戶提供了電源線/地線網路的設計、優化和驗證的功能.非線性優化技術、分枝定界演算法和不完全喬萊斯基分解的預優共軛梯度法是該工作的三個主體部分.用戶可以選擇使用非線性規劃的方法或者幾種分枝定界方法來滿足他們對于精度和速度方面的不同需求.實驗結果表明,文中所提供的演算法可以在很快的運行速度下實現更低的布線資源佔用.因此,在這些有效演算法基礎上實現的輔助設計工具具有處理大規模電路的能力
  3. The planning and programming of the shipping routes, which is the basic elements of the large - scale production and interconnected management, is the key points to develop the service and reduce costs

    實踐證明,作為集裝箱運輸規模化、網路化經營最重要的基礎性工作,核心班輪的班期規劃與設計的好壞,對于能否有效提升服務質量和降低經營成本至關重要。
  4. The methods are convenient to programming, more over, are very efficient to parallel computing and large - scale problems

    所建議演算法易程序化,特別適合併行計算,在大型結構計算中將更具優勢。
  5. In contrast to existing simplex method, this method has several peculiarities as follows : to begin with, applying it to solve linear programming problem. one need n ' t introduce any additional variable such as relaxing variable, artificial variable and other parameters, so that calculation is subtracted on a large scale. in addition to this, as a result of its higher degree of structuralization, this algorithm can be more easily transformed into program language and, of course, more quickly performed by computers

    與現有的單純形法相比,新演算法具有如下主要特徵:第一,求解過程不需要引進諸如松馳變量、人工變量等參變量參與運算,計算量大大減少了;第二,新演算法較單純形法的結構化程度高,更容易轉化為程序語言,進而在計算機上更快地得以實現;第三,新演算法在運算過程中不會引起攝動現象。
  6. This methodology avoids the operation of mathematical programming in traditional method of shakedown analysis and therefore obstruction due to large scale mathematical programming is overcome. the method for constructing a residual stress field based on the elasto - plastic analysis for soil structures do not need the linearization of the yield condition. the accuracy of numerical solution depends on elasto - plastic analysis

    鑒于以上原因,本文深入、系統地研究了結構安定性分析的數值理論和計算方法,在此基礎上,基於經典安定理論建立了安定性分析的數值計算方法,並將其運用到巖土工程中地基的靜、動力穩定性評價中。
  7. In nature, opf belongs to a kind of large scale nonlinear programming problem with equality and inequality constraints, having a non - convex, high - dimension and highly sparse characteristic

    Opf本質上屬於一個具有等式和不等式約束的大規模非線性規劃問題,具有非凸、高維數、高度稀疏的特性。
  8. The distributed component technology is used to deal with the large - scale programming development and the development based on component is the mainstream technology of desktop system now

    分散式組件技術一般用來處理大型的程序開發,基於組件的開發是當今桌面系統的主流技術。
  9. Metaprogramming has many uses in large - scale computer programming

    元編程在大型計算機編程中有許多用途。
  10. However, signals take effect by the switch of signal phases, which introduces integer control values into the traffic control problem, so the traffic control problem becomes a large - scale mixed integer programming problem, the computation of which requires an exponential - complexity optimiz ation algorithm

    但是,信號燈通過相位切換對交叉口進行控制,同時也在交通控制模型中引入了整數決策變量,使交通控制模型成為一個大規模混合整數規劃問題,需要指數復雜度的優化演算法。
  11. Using integer programming method to optimize power demand of large - scale projects

    整數規劃在優化大型工程項目電力使用計劃中的應用
  12. With the help of newly developed advance electronics design automation ( eda ) technology, some roles and tens or hundreds of components of traditional instruments could be replaced or redesigned by means of large scale programmable logic chip ( cpld / fpga ) with the characters of the high integration, designed with hdl ( hardware description language ) and supporting iap ( in application programming ) and isp ( in system programming )

    而隨著eda技術的飛速發展,大規模可編程邏輯晶元cpld fpga應運而生。這類晶元可以替代幾十甚至上百塊通用ic晶元,而且,因其可用硬體描述語言進行晶元設計、支持在線編程和在系統編程等優點而備受青睞。
  13. Chapter seven introduces the reader to the decomposition principle and to large - scale programming

    第七章向讀者介紹分解原理和大規模規劃。
  14. In practice application, we choose the cmfds of oxygen - making and nitrogen - making devices which in oxygen - making sub - factory of wuhan steel - making factory. we have researched the reliability of sensors which in large - scale machinery and electronic equipment cmfds and finished the programming of sensor cmfds software, we go to the factory to install and debug the software, the software system is well used in the locale of the factory

    在實際應用中,結合武鋼制氧廠中制氧、制氮機組cmfds ,對大型機電設備cmfds中傳感器可靠性進行分析研究,完成相應傳感器cmfds軟體設計,在武鋼制氧廠現場進行調試應用,並取得實際效果。
  15. Because universal server programming interfaces operate at the same high level as advanced development toolsets, programmer productivity on large - scale data - intensive applications can be vastly improved

    由於萬能服務器編程介面工作在高級開發工具集的同一高水平上,開發大規模數據密集型應用程序的程序員生產率可以大大提高。
  16. Real - time rendering technology for large scale terrain is becoming a hot field which attracts more and more researchers " attention at present. it has been widely used in simulation of battlefield, vr, landscape programming of city, flood controlling, outdoor games, movie production, etc. the main method for terrain rendering is the terrain multiresolution model ( tmrm )

    大規模地形的實時繪制技術是目前人們廣泛關注和研究的熱點課題,它的應用涉及到如戰場環境模擬、城市景觀規劃、虛擬旅遊、防洪減災、戶外游戲、影視製作、虛擬現實等眾多應用領域。
分享友人