自治函數 的英文怎麼說

中文拼音 [zhìhánshǔ]
自治函數 英文
autonomous function
  • : Ⅰ代詞(自己) self; oneself; one s own Ⅱ副詞(自然;當然) certainly; of course; naturally; willin...
  • : Ⅰ動詞1 (治理) rule; administer; govern; manage 2 (醫治) treat (a disease); cure; heal 3 (...
  • : 名詞1. [書面語] (匣; 封套) case; envelope 2. (信件) letter 3. (姓氏) a surname
  • : 數副詞(屢次) frequently; repeatedly
  • 自治 : exercise autonomy; autonomous rule; self-rule; self-government; autonomy
  • 函數 : [數學] function函數計算機 function computer; 函數計算器 function calculator; 函數運算 functional operation
  1. Also according to the basic solution matrix, hopf bifurcation of is investigated by creating subsequence functions, the measure of which differs from that of autonomous system. in the paper i apply myself to seek out a new idea to investigating heteronymous system that is no longer stickled in autonomous system

    同樣以這個基本解方陣為依據,本文接著研究二維周期系統的hopf分支,所用方法是構造后繼法,但在具體構造方法上,與系統的hopf分支不同,本文致力於探索一種不再拘泥於系統的,研究非系統hopf分支的新思路。
  2. The courses include politics, chinese, mathematics, english, information technology and application, physical education and health care, art appreciation, overview of cuisine, nutrition and sanitation of food, civil aviation english, overview of aviation, microsoft office, catering, aviation commercial english, preliminary japanese, cuisine english, pr and business etiquette, business letters and writing, e - commerce, air catering service, self - image design, etc

    開設有政、語文、學、英語、信息技術與應用、體育與保健、藝術欣賞、烹飪概論、食品營養衛生、民航英語、航空概論、辦公動化、菜點酒水知識、航空商務英語、日語基礎、烹飪英語、公關與商務禮儀、商務電與寫作、電子商務、航空餐飲服務、我形象設計等課程。
  3. The " collaboration " will become a main problem enterprise faced in the global digital economy. so along with this clue, some problems as following are studied in this paper : 1 ) collaborative manufacturing environment, collaborative manufacturing network and operation center are proposed, and base on these concepts, some problems relate to production control are identified ; 2 ) the framework for collaborative manufacturing environment is constructed by using agent and multi - agent, the framework conducts scheduling and controlling functions among production entities, as well as within them, using autonomous agent and weighted functions for distributed decision - making, while simple index values, instead of detailed data, are used for information exchange among agents ; 3 ) finally, resource promises model are proposed, based on the model, resource control collaborative mechanism is developed for collaborative manufacturing environment ; 4 ) collaborative contingency management is introduced

    本文沿著「協作」這一線索對以下問題進行了研究: 1 )提出了協作製造環境、協作製造網路及運營中心的概念,並以此為基礎進一步界定了協作製造環境下的生產控制問題; 2 )構建了協作製造環境下基於多agent的生產控制框架,並在這一框架基礎上,應用agent和分散式決策的權重,建立了協作製造環境中製造實體間或實體內生產調度與控制模型; 3 )以資源承諾模型為基礎,建立了協作製造環境下的資源控制協作機制; 4 )給出了協作製造環境下緊急事件的管理策略。
  4. The demands that transient energy function methods must meet for the non - autonomous motion system are also proposed, which include that the critical energy should be determined by the critical trajectory and the post - fault stable equilibrium point should be determined by the critical clearing time

    提出了暫態能量法用於非系統所必須滿足的條件,包括用臨界軌跡確定臨界能量,以及用臨界軌跡得到的切除時間確定故障清除后的穩定平衡點等。
  5. The linear su ( 2 ) nonautonomous quantum system means its hamiltonian is the linear function of su ( 2 ) generators whose coefficients have relation with time

    Su ( 2 )線性非量子系統,就是指其哈密頓量為su ( 2 )生成子的線性泛而其迭加系與時間有關。
  6. This thesis reports an analytic study on the giant - magnetoresistance of multi - layer sandwich structure and spin - valve structure by using green function quantum statistics approach and nonlinear kubo formula that was derived by sub - dynamics theory

    本論文報導使用量子統計格林方法以及由子動力學理論推出的非線性響應理論對多層膜三明結構和旋閥結構的巨磁電阻效應的解析研究。
  7. In 1998 vedyayev and cooperators calculated giant - magnetoresistance of multi - layer sandwich structure and spin - valve structure by using the linear response kubo formula and green function technology

    1998年vedyayev等人運用這個線性響應的kubo公式和格林技術計算了多層膜三明結構和旋閥結構的巨磁電阻。
  8. On the basis of displacement - time series of the slope, a nonlinear dynamic model is set up according to backus generalized linear inversion theory in this paper. due to the equivalence beween autonomous gradient system and catastrophe model, a standard cusp catastrophe model can be obtained through variable substitution. the method is used in analysis of displacement data of huangci landslide and wolongsi landslide and in understanding how slopes evolve before sliding. the result shows that the nonlinear dynamic model can make satisfactory prediction result. is it most important that there is a sudden fall of d, which indicates the occurrence of catastrophe ( when d = 0 )

    研究表明,滑坡變形失穩過程具有混沌和分維特性,可以用分形理論來研究滑坡預測問題,基於對任一連續,至少在較小的鄰域內可以用多項式任意逼近的學理論,運用改進的backus廣義線性反演理論,以斜坡位移時間序列為基礎,反演了斜坡演化的非線性動力學模型。並利用梯度系統與突變模型的等價性,通過變量代換得到標準的尖點突變模型。
  9. This article has conducted the analysis research to the domestic and foreign sunflower production first and then using the c - d production function model and the cost - income calculation method to find out the factors that affect the sunflower production of inner mongolia

    本文首先對國內外向日葵生產的情況進行了分析和研究,然後運用c - d生產模型和成本收益核算方法,找出了內蒙古區向日葵生產的影響因素。
  10. Whereas the underwater vehicle - manipulator system is of kinematic redundancy and carries energy with itself, the drag optimization function is incorporated into the motion coordination algorithm to minimize energy consumption of the system

    鑒于水下機器人機械手系統是運動學冗餘的且帶能源,因此將系統阻力優化引入逆運動學求解,設計了基於系統能源消耗最小的系統協調運動規劃演算法。
  11. Extension of yoshizawa periodic solution theorem is mentioned in the third part. nonautonomous three species predator - prey delay diffusion system with michaelis - menten response function is studied. we obtain not only existence of periodic solution of the system, but also sufficient condition of positive periodic solution

    由於許許多多現實問題往往都可歸結為尋求以微分方程(常微分方程、泛微分方程)為學模型的周期解、概周期解,因此本文在第三部分運用yoshizawa型周期解定理的推廣,研究了以下具有michaelis ? menten型反應的非三種群時滯擴散捕食系統的周期解的存在性,給出存在正周期解的充分性條件。
  12. 3. we construct liapunov functions with separable variables and prove results on global stability with respect to partial variables for nonlinear and non - autonomous systems with separable variables

    三、利用分離變量的liapunov,研究了非線性非分離變量系統關于部分變元的全局穩定性,將一般系統的相應結果推廣到非系統。
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