解空間 的英文怎麼說

中文拼音 [jiěkōngjiān]
解空間 英文
loesungsraum space of solutions
  • 解 : 解動詞（解送） send under guard
  • 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...
  • 空間 : space; enclosure; room; blank; interspace
  1. Research of space angles by graphic method

    廣義直角三角形法圖解空間角度問題研究
  2. The three kinds of construction graph can be applied to optimization problems with different characteristics, and the two kinds of layered construction graph are more suitable for complex multi - stage dynamic decision problems ( cmsddp ) than scg. the clcg defines smaller solution building blocks and is able to perform better in large - scale cmsddps than the blcg. 2. the construction graph of aco algorithms need statically describe the whole solution space ( or discrete solution spa

    （ 2 ）蟻群優化演算法的解構造圖一般要靜態地描述整個解空間（或者是離散化了的解空間） ，對于大規劃動態決策問題，不僅存在描述解空間的困難，而且讓蟻群在迭代過程中始終在整個解空間中進行搜索，搜索性能會很低。
  3. Based on natural selection, it executes three same and simple genetic operators : selection, crossover and mutation. under the leading of fitness value, it makes an efficient searching in complex spaces until acquiring the best result

    它基於自然選擇的原理，通過循環執行相同的、簡單的選擇、雜交和變異三種遺傳操作，並在適應度函數值的引導下對復雜的解空間進行有效地搜索，直到獲得最優的解。
  4. This paper is to study harmonic maps into symplectic groups and local isometric immersions into space forms by means of the soliton theory. by realizing an action of the rational loop group on the spaces of corrsponding solutions, we get the backlund transformation and the darboux transformation, and thereby we give the explicit construction for harmonic maps into symplectic groups and local isometric immersions into space forms via purely algebraic algorithm

    主要用孤立子理論研究到辛群的調和映射和到空間形式的局部等距浸入，通過有理loop群在其解空間上的dressing作用，給出b icklund變換和darboux變換的顯式表示，從而獲得到辛群及其對稱空間的調和映射和到空間形式的局部等距浸入的純代數構造方法。
  5. Its foundation absorbs the cooperatively evolution idea of hybs & gero ' s disjunction of problem space and solution space, and the ideology of collaboration in parallel engineering. it divides engineering optimization task to scheme design and detail design

    該演算法吸收了hvbs & cero提出的問題空間與解空間分離協同演化（ co - evolution ）的思想以及并行工程的協同設計思想，將工程優化任務分解為方案設計和細部設計兩部分。
  6. Generally the present analyzing ways adopted are enumerating or genetic algorithm. the former tests all, which needs much work, while the latter is the complete ferret for space of resolution, which will take much time in finding the optimal

    目前的線損分析方法一般採用枚舉法或遺傳演算法，但前者是一一進行嘗試，工作量大，後者為解空間內的充分搜索，尋優過程時間長。
  7. A simple and convenient method of diagramming space angle matter

    一種圖解空間角度問題的簡便方法
  8. Pso find optimal regions of complex search spaces through the interaction of individuals in a population of particles

    它利用一個粒子群搜索解空間，每個粒子表示一個被優化問題的解，通過粒子間的相互作用發現復雜空間中的最優區域。
  9. By setting the properties of switches in each loop corresponding to the tie switch, the ts searching areas of each loop are made " independent " to each other. in this way the solution areas are made continuous and the dimensions of solution areas are decoupled by numbers of tie switch

    通過設置各環網中常閉分段開關的屬性，將各個環網的禁忌搜索鄰域「獨立」 ，使解空間連續並按聯絡開關個數分解，從而很好的發揮禁忌演算法尋優效率高和全局尋優的特點。
  10. Intellectual and emotional effort needed to comprehend form in its full spatial existence.

    智力上和感情上的努力在理解空間實際存在的形體時是必要的。
  11. They do not make further intellectual and emotional effort needed to comprehend form in its full spatial existence.

    他們在智力上和感情上不再作進一步的努力了，而這種努力在理解空間實際存在的形體時是必要的。
  12. The problems of solution space and unique solution of system are defined and discussed

    定義並分析了系統的解空間。
  13. And in chapter 4, the problems of optimized association rule mining are discussed

    第4章討論了如何優化關聯規則的解空間的問題。
  14. We refer to the elements in the problem space and their representations in the solution space as “ objects

    問題空間中的元素和它們在解空間中的繼承被稱作"對象"
  15. Based on mri, software included real head model construction, bem numerical solution and eeg inverse problem solution was developed

    重點研究了逆問題解空間的建立，以及在真實頭模型基礎上求解腦電逆問題的計算方法。
  16. In order to constructing a basis for the resolution space, we introduce the theory and process of lifting theme, a new method of constructing wavelet

    為構造解空間的基，本文介紹了一種構造小波的新方法lifting的原理和工作過程。
  17. Firstly, optimization variables are expressed by chaotic variables through solution space transformation, and the chaotic variables are coded into an antibody

    首先利用解空間變換將優化變量表示為混沌變量，並將混沌變量編碼為抗體。
  18. Theses systems, featuring with transcendental characteristic equations and infinite - dimensional solution spaces, may lose stability due to the time delays inherited in systems

    這兩類系統具有超越特徵方程和無窮維解空間，常見于工業工程和生物生態領域。
  19. A smoothing technique is combined with optimum approximation and finite element piece - wise interpolation in the method, it can simultaneously process measured vector components, imp ro ve smoothing capability of solution, space composed of original discrete points and increase the accuracy of the solution, especialy its derivatives

    該方法結合最佳逼近、有限元分片插值與光順技巧，對測量向量各獨立分量進行處理，改善了原離散點構成的解空間的光滑性，提高了解尤其是導數場的精度，在測量區域內再現了光順向量函數及連續的導數。
  20. In addition, we make research on the convergence of genetic algorithms by analyzing the globality and monotonicity of the schemata. it is demonstrated that for some kinds of the problems, the method of searching global best schemata can greatly decrease the ix abstract solution space and lead to converging quickly and successfully to the optimum. the monotonicity of schemata is used to determine deceptive problems and, with the aid of absorbing schemata, to analyze the schematic factors leading to ga - hard problems

    另外，通過分析模式的全局性和單調性，證明對于某些問題搜索其全局最優模式可以大大縮小解空間，從而導致更快、更順利地收斂到最優解，並把模式的單調性用於對遺傳演算法欺騙問題的劃分，結合吸收模式的性質，進一步探討影響遺傳演算法困難的模式因素。
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