graphical scale 中文意思是什麼

graphical scale 解釋
圖上比例尺
  • graphical : adj. 1. 書寫的,繪畫的;印刷的,雕刻的。2. (敘述等)寫實的,繪畫似的,生動的。3. 圖的,圖解的;用圖表示的;用文字表示的。adv. -ly ,-ness n.
  • 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...
  1. As to the stochastic simulation of stochastic biological processes, if only use stochastic petri net, although it has standard graphics expression, which is isomorphic to markov chain, along with the increase of models ’ scale and complexity, the number of states will increase exponentially, so it is very difficult to analyze models by the method which stochastic petri net has ; if only use stochastic algorithm, which has rapid simulation speed, but lack of intuitive graphical expression

    對于隨機生物過程的模擬,如果只採用隨機petri網模擬生物隨機過程,其優點是形象、直觀,缺點是隨著模型的規模和復雜性的增加,狀態的數量呈指數性地增長,出現模型狀態空間的爆炸問題,用隨機petri網本身的分析方法很難分析整個系統的性能;如果只採用隨機模擬演算法模擬,其優點是速度較快,但是缺少形象的圖形表達,不利於模擬技術的應用。
  2. Abstract : software reusability and workspace management are two key factors for the large scale scientific computations and application development. workspace management framework system is based on an object - oriented hierarchical model and provides applications with an effective development and management environment, including reusable application frameworks, functional components, and visual - language - based workflow editing. the system is also characterized by its direct - manipulated graphical interface, object - oriented application management, and data - flow - based task scheduler

    文摘:大型科學計算領域需要良好的應用開發和管理環境,以提高應用組件可復用性為目標,規范應用軟體開發過程和計算工作流程.科學計算工作空間管理框架將應用組件作為基本對象,對其進行層次式管理,同時為應用組件開發過程提供有效的管理工具、可復用的應用框架以及基於可視語言的工作流編輯服務.它的可直接操縱的參數界面,基於對象的應用組件管理模式和數據流驅動的任務調度機制使其具有鮮明的特點
  3. A graphical treatment software was used to treat temperature data and realize the visible results. through analysing the distrabution of the temperature - rising, it was found that some mixing characteristic could to used to offer consults to commercial - scale test

    論文通過對溫升分布圖形的研究,分析了各種試驗工況下的爐內氣流的混合特性,並為工業試驗系統設計提供了參考依據。
  4. In order to further reduce the complexity of super large - scale integration design and enhance graphical readability, a hybrid genetic algorithm for solving circuit partitioning problem was presented

    摘要為了進一步降低超大型規模集成電路設計的復雜性、增強圖形可讀性,提出了一種求解電路劃分問題的混合式遺傳演算法。
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