空間兼容性 的英文怎麼說

中文拼音 [kōngjiānjiānróngxìng]
空間兼容性 英文
spatial compatibility
  • 空 : 空Ⅰ形容詞（不包含什麼; 裏面沒有東西或沒有內容; 不切實際的） empty; hollow; void Ⅱ名詞1 （天空） s...
  • 間 : 間Ⅰ名詞1 （中間） between; among 2 （一定的空間或時間里） with a definite time or space 3 （一間...
  • 兼 : Ⅰ形容詞（兩倍的） double; twice Ⅱ副詞（同時涉及幾種事物） simultaneously; concurrently Ⅲ動詞1 （...
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 空間 : space; enclosure; room; blank; interspace
  1. 2. studied the compatibility between the vector data transformation format and other several kinds of transformation formats. 3

    分析地球空間數據交換格式，研究矢量數據交換格式與其它幾種轉換格式的兼容性。
  2. A widely used method for checking real - time systems is, according to the real - time property to be checked, to use a proper bi - simulation equivalence relation to convert the infinite - timed state space to a finite equivalence class space. the algorithm needs only to explore the finite space to get a correct answer. in most cases, exhaustive exploration is very difficult because the equivalence class space increases explosively when the scale of the system increases. in this paper, an equivalence relation is introduced to check whether a concurrent system, which is composed of a finite set of real - time automata, satisfies a linear duration property. to avoid exhaustive exploration, this paper also introduces a compatibility relation between timed states ( configurations ). based on these two relations, an algorithm is proposed to check whether a real - time automaton network satisfies a linear duration property. the cases study shows that under some conditions this algorithm has better efficiency than the tools in the literature

    一個被廣泛用於驗證實時系統的方法是根據被驗證的實時性質，使用適當的雙向模擬等價關系使無限的狀態空間轉化為有限的狀態等價類空間.演算法只需要在這個有限的等價類空間里搜索就可以得到正確答案.但是，這個等價類空間的規模一般隨著系統規模的增大而產生爆炸性的增長，以至於在很多情況下，窮盡搜索這個空間是不現實的.該文引入了一個等價關系來驗證一個由多個實時自動機通過共享變量組成的並發系統是否滿足一個線性時段特性.同時，還引入了格局之間的兼容關系來避免對狀態等價類空間的窮盡搜索.基於這兩個關系，文章提出了一個演算法來驗證是否一個實時自動機網滿足一個線性時段特性.實例研究顯示，此演算法在某些情況下比其他一些工具有更好的時間和空間效率
  3. Based on this, how to develop geospatial metadata standard with object - oriented method is presented the approaches are designed in detail, and the method to develop metadata standard for geospatial information of water resources is applied

    並以此為指導，實施了《水利地理空間信息元數據標準》的研製，有效解決了研製地理空間信息元數據標準時在分工合作、進度控制和所開發標準在兼容性、重用性等方面存在的問題。
  4. On the premise of summarizing former contributions in the field, and considering the universality of the cylindrical space with circular cross - section in industry, the author develop a novel ofpt structure, on which the design theories, numerical simulation, design of experimental system for plane structure, preliminary experiment and design of applied space structure are presented. the main contents of the thesis are that : put forward the novel ofpt pixel distribution and plane - light - path design theories and their empirical formulae. the numbers of the ofs units and their emitting rays can be decided by the requirements of image - reconstructed resolution and the size of the center unmeasured region

    本論文在總結前人工作的前提下，充分兼顧了工業中具有圓形截面的圓柱形容器或管道普遍存在的事實，提出了一種新型的光纖過程層析成像結構，並從理論設計方法，具體結構模擬，平面結構實驗系統設計，初步實驗以及空間結構實用化設計、理論分析等方面進行了研究，主要的創新點在於：提出了一種用於工業過程監測與控制的新型光纖過程層析成像結構設計方法，並推導了該方法的經驗公式，該方法主要包括像素分配和平面光路結構設計，可以根據工程應用中圖像重建的解析度和圓形截面非測量區域所佔比例的要求，設計所需傳感單元的數目和傳感單元發射光線的數目；設計了一種新型的光纖過程層析成像結構，並對該結構進行了可行性分析和數值模擬。
  5. Electromagnetic compatibility ( emc ) is a cross - disciplinary science based on electromagnetism and drawing upon areas such as information science, electrical engineering, electronics, communications, materials and structures, etc. it is also an applied technology, which is used to study, under the conditions of limited space, limited time and limited frequency resources the compatibility of electrical and electronic devices and systems within the common electromagnetic environment without a degradation of performance

    電磁兼容（ emc ）是以電磁場理論為基礎，包括信息、電工、電子、通訊、材料、結構等多學科交叉的，研究在有限空間、時間和頻譜資源條件下各種電器、電子設備或系統在同一電磁環境中相互兼容，而不致引起其性能下降的應用科學技術。
  6. Electromagnetic compatibility ( emc ) is across - disciplinary science based on electromagnetism including information science, electrical engineering, electronics, communications, materials and structures, etc. it is also an applied technology, which is used to study, under the conditions of limited space, limited time and limited frequency resources, the compatibility of electrical and electronic devices and systems within the common electromagnetic environment without a degradation of performance

    電磁兼容（ emc ）是以電磁場理論為基礎，包括信息、電工、電子、通訊、材料、結構等多學科交叉的，研究在有限的空間、時間和頻譜資源的條件下各種電氣、電子設備或系統在同一電磁環境中相互兼容，而不致引起其性能下降的應用科學技術。
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