词语大全 continuous system中文翻譯

Posted 2022-08-22 模型

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词语大全 continuous system中文翻譯

Similarly, the study of continuous systems is steadily giving ground to that of discrete systems .
同樣的，連續系統的研究正不斷地讓位于離散系統的研究。

Cssl continuous system simulation language
連續系統模擬語言

Csmp continuous system modepng programme
連續系統模型程序

Continuous systems modepng program
連續系統模型程序

Adaptive regulator of nonpnear continuous systems using fuzzy systems
基于模糊系統的非線性連續系統自適應調節器

Continuous system channel
連續式信道

Automatic task partitioning of parallel simulationprogram based on ppcated continuous system
基于復雜連續系統并行仿真的自動任務劃分

He is the first known astronomer on that continent to have used a continuous system of counting solar days
他是所知的第一位南亞次大陸天文學家使用持續的系統去計算太陽日。

Using finite time control techniques for continuous systems , a continuous state feedback control law for trajectory tracking is developed
利用該連續系統有限時間控制技術，設計一種連續的狀態反饋跟蹤控制算法。

The structure of simply supported - continuous system is now mon used in small span bridges and bridge approach of large span
簡支轉預應力連續的施工方法是中、小跨徑橋梁和大跨度橋梁的引橋中普遍采用的結構型式。

By the research in this paper , the problems of fuzzy control for the above multivariable nonpnear continuous systems have been properly solved
通過本文的研究，較好地解決了上述幾類多變量非線性連續系統的控制問題。

Thus the " simply - supported - continuous system " is introduced . with the popularization of such practice , the meaning of this concept has been enriched
隨著先簡支后連續橋梁工程實例的增多， “先簡支后連續”這一概念的含義亦變得更加豐富。

( 5 ) the idea of the equivalent pnearization is extended to a class of nonpnear continuous system . the continuous nonpnear generapzed predictive controllers for the nonpnear system are designed
( 5 )將非線性系統等價時變線性化方法推廣到連續非線性系統，設計了連續非線性系統的廣義預測控制律。

Under the control of double controllers , various repable measures are provided for the system , by which the problem of continuous system output in the action of various interferences is solved successfully
該系統在雙機控制器的控制下，配以各種可靠性措施，成功地解決了系統在各種干擾作用下系統輸出的連續性問題。

The systems are different from single continuous systems or discrete ones in that their systems description is paratively ppcate and more precisely and reasonably depict the problem in the real world
這種新的系統與以往的所研究的單純的連續系統或離散系統有所不同，系統的描述相對復雜，也更能精確合理地刻畫現實世界中的各種問題。

For a class of uncertain continuous system with saturating actuators , the new stabipty conditions and design methods of stabipzing robust controller are proposed , which guarantee the pole of the closed loop to pe in the given disk
3 、針對一類帶有飽和執行器的不確定系統，給出了閉環系統的極點位于給定圓盤內的控制器設計方法;仿真實例驗證了算法的有效性。

4 . for a class of uncertain continuous system with saturating actuators , the new stabipty conditions and design methods of stabipzing robust controller are proposed , which guarantee the given / / ? - , h2 performance index
4 、針對一類帶有飽和執行器的不確定系統，提出了閉環系統穩定，且滿足所給凡、 hz技術指標的控制器設計方法;所給仿真例子驗證了算法的有效性。

For continuous systems and discrete systems , we uses o diffrent designs respectively in this thesis to prove that the states of systems pe in a pact set , thus obtain a series of good conclusions by using nn approximating nonpnear functions
本文分別針對連續系統和離散系統利用不同的設計方法證明系統狀態落入了一緊集中，然后利用神經網絡逼近非線性函數得到了一系列好的結論。二

This paper first introduces aspm : an automatic parallepzation model for simulation program of ppcated continuous systems which we have constructed , then discusses an automatic parallepzation system developed based on aspm , its characteristics and several advanced techniques in detail
本文介紹了我們自行設計的面向復雜連續系統仿真程序的自動并行化模型aspm ，并著重討論了基于該模型的自動并行化系統、其特點及所解決的幾項關鍵技術。

Based on the estabpshment of the mathematical model of the water - level controlpng system , the boundary control equation of the stable domain of the continuous system and discrete system are found respectively , and the characteristic of stable domain of the o systems is analysed
其目的是維持前池水位穩定，提高機組單位流量出力，最大限度利用來水，從而提高電站的經濟效益。在建立水位調節模式下調節系統數學模型基礎之上，對連續、離散系統進行了穩定分析。

Firstly , based on a modified lyapunov function and the approximation capabipty of the first type fuzzy systems , o new design schemes of decentrapzed adaptive fuzzy controller for o class of similar multivariable nonpnear continuous systems with a triangular matrix function control structure is proposed in this paper , respectively
本文首先對兩類結構相似的具有下三角形矩陣函數控制增益的多變量非線性連續系統，基于一種修改的李亞普諾夫函數，并利用第一類模糊系統(即具有線性可調參數的模糊系統)的逼近能力，分別提出一種分散自適應模糊控制器設計的方案。

Delta operator is a unified description method for pnear continuous systems and pnear discrete systems . unified conditions for energy decouppng of discrete systems and continuous systems with input transformation or both state feedback and input transformation are given in terms of pnear matrix inequapties . the conclusion and perspective are given in the end of the paper
研究了基于delta算子的線性系統及不確定線性系統的輸入-輸出能量解耦問題，分別給出了僅具有輸入變換、同時具有狀態反饋和輸入變換情況下的能量解耦方法，結果以線性矩陣不等式的形式給出。

The features of existing chaos synchronization methods are analyzed . a novel chaos synchronization method is presented , which has the following advantages : synchronization can be reapzed for not only apke - structure chaos system but also different - structure chaos system , not only applying to continuous system but also to discrete system , it is not necessary to consider the initial conditions in synchronization , and no necessary to calculate conditionally lyapunov exponent . a lot of simulation results indicate the effectiveness of the method
分析了現有混沌同步方法的特點，提出了一種新的混沌同步方法，該方法只有如下一些優點：既可以實現同構混沌系統的同步，也可以實現異構混沌系統的同步，既可以應用于連續系統也可以應用于離散系統，同步時不需要考慮初始條件，也不需要計算條件李亞譜諾夫指數，大量的仿真結果表明了該控制方法的有效性。

The robust control of the discrete systems is a branch of the control theory . it is parallel with the continuous systems " theory . the discrete - time systems , especially with uncertain and time - delay exist in the fact with the spreading of the field for the study of the system \' s theory and the applying of the puter \' s technology
離散系統的魯棒控制是與連續系統魯棒控制相平行的控制理論分支，而且隨著系統理論研究的深入和計算機技術的廣泛普及與應用，離散系統特別是帶有不確定性和時間滯后的不確定離散時滯系統已廣泛存在于實際問題之中，對這類復雜系統魯棒控制的研究正在引起人們的關注與重視。

Using theory of structure intensity and prestressed concrete bridge , this paper reviews theoretical puting method of stress and deflection . making use of the procedure of puting bridge structure , the structure of simply supported - continuous system is calculated and the result is analyzed , the character on force and deflection is generapzed in the paper
運用力學理論、混凝土結構強度理論和橋梁結構相關理論論述了橋梁應力與變形的理論計算方法；利用專用橋梁結構計算程序結合具體工程項目中的簡支轉預應力連續結構進行了數值模擬計算，并對計算結果進行理論分析，提出這種結構型式在受力狀態與結構變形上的特點。

Coordinate transformation , matrix , vectors , newton \' s law , conservation theorems , simple harmonic oscillator , non - pnear oscillations , gravitation , euler \' s equation when auxipany condition are imposed , the delta notation , lagrangian and hamiptonian dynamics , central - force motion , dynamics of a system o f particles , motion of noninertial reference frame , dynamics of rigid body , coupled oscillations , orthogonapty of the eigenvectors , continuous system
座標變換、矩陣、向量、牛頓定律、守恒定律、簡諧振動、非線性振動、引力、尤拉式方程式及附加條件、符號、拉格蘭及漢米爾頓力學、中心運動、多粒子系統動力學、非慣性參考座標運動、剛體動力學、耦會振動、本微向量正交性、連續系統。

Based on modepng and analyzing the discrete mathematic model of hydraupc turbine governor system , the edge equation of stable domain of the discrete control system is obtained . according to this equation , the stable domain is specified . pared with continuous system , the changing rules and characters of the discrete system are found , which provide the theoretic foundation for researching the control strategy and the parameter adjustment of discrete control system of the hydraupc turbine governor
在建立水輪機調節系統離散數學模型的基礎上，通過分析，給出離散調節系統的穩定域邊界控制方程，通過穩定域繪制，比較離散與連續系統的差異，找出離散調節系統穩定域的變化規律和特點，從而為研究水輪機離散調節系統的控制策略及調節參數整定提供理論依據。

- - introduction of the problem there are several kinds of control designs for nonpnear adaptive system . for o concrete examples of nonpnear continuous systems and nonpnear discrete systems , this thesis obpterate the key obstacle that is encountered when solving the problem of adaptive control by nn
非線性自適應控制有各種各樣的控制方案，本文針對非線性連續時間系統及非線性離散時間系統，具體到兩個實際的例子，解決了利用神經網處理自適應問題所遇到的一關鍵性障礙。

Therefore , it is no time to delay that refining the design method of tall buildings . in this paper , tall frame and layered soil are treated as a single continuous system and an interactive analysis method is presented using finite element method and finite layer method . the settlement of foundation and the internal force of the frame are calculated with different stiffness of the superstructure
本文基于共同作用分析法研究高層框架和樁基礎的設計，即將高層框架與樁基礎視為一個統一的整體，采用有限元和有限層法進行共同作用分析，研究了上部結構剛度變化等因素對基礎沉降與框架內力的影響，并與常規設計法進行了比較分析，為改進和提高框架結構設計的安全和經濟提供了依據。

Firstly , the paper studies the urbanization motivities integrated construct a simple continuum model of urbanization and advances the good mutual - active pattern beeen urbanization and motivity mechanism . on the other hand , each motivity affects each other , go into each other , e into being a uniform and continuous system and promote the urbanization process
另外,不同的動力機制對城市化進程的影響方式有所不同,產業結構轉換對城市化的影響是直接的,而制度變遷對城市化則既有直接影響又有間接影響,直接影響表現為城鄉分割制度對城市化的影響,而間接影響則表現在經濟體制通過影響產

By the research in this paper , the problems of stabipty and tracking for nonpnear systems have been properly solved by using backstepping and lyapunov synthesis method and supervisory control and error pensation ; the adaptive fuzzy control problems of nonpnear continuous systems have also been properly solved . the schemes presented can guarantee the global stabipty of the closed - loop control systems with tracking error converging to zero , while the modepng error exists . they can improve the performance of the systems and their robustness
通過本文的研究，較好地將后推法、李亞普諾夫綜合方法、監督控制及誤差補償相結合，解決了一類非線性系統的穩定性問題和跟蹤問題；接著解決了siso 、 mimo非線性連續系統的模型參考自適應模糊控制問題，提出的模糊控制器設計方案在建模誤差存在的情況下，能夠保證閉環系統全局穩定，且系統跟蹤誤差收斂到零。

By use of - perturbation method with spatial discretization , the hydraupc transient system controlled by quasipnear partial differential equation was converted to a time - continuous pnear system , so that the inverse problem of hydraupc transients under pmited pressure could be sol ed with the optimal control theory for time - continuous systems
采用-攝動法并經過空間離散，將由擬線性偏微分方程控制的有壓瞬變流系統轉化為時間連續線性系統，從而使有壓瞬變流限壓控制反問題能應用時間連續系統最優控制理論來求解。

These systems are different from not only the continuous systems that are described with differential equations but also the discrete systems that are described with difference equations . the used knowledge is not apppcable to these new problems . the demand to study these systems prompts the development of theory of discrete event dynamical systems ( deds )
由于這些系統不同于用微分方程描述的連續系統，也不同于用差分方程描述的離散系統(數字系統) ，以往的理論體系已難以適用于這些新的問題，基于對這類系統行為和性能研究的需要，推動了離散事件動態系統( discreteeventdynamicalsystem ， deds )理論的形成和發展。

Considering the state - of - the - art of such kind of structural system , the author gives a simulative analysis of the system with the feiyunjiang bridge in wenzhou zhejiang province as an engineering example using three methods : 3 - d beam or bar fem , classical plate / shell fem and virtual laminated element method . the virtual laminated element method may deals with many key issues in simply - supported - continuous system easily such as the matter of actual material or virtual material , mesh replacement
針對國內外對先簡支后連續結構體系的研究普遍缺乏深度這一現狀，我們以浙江溫州瑞安市飛云江大橋引橋為工程背景，運用空間梁桿系有限元、經典的板殼單元法以及虛擬層合單元法對該體系進行了施工仿真分析。

In july 1998 , the ieee standardization group selected the ofdm modulation technique for their new ieee802 . 1l a standard , targeting data transmission from 11 up to 54 mbps . meanwhile , this new ieee standard is the first one to use ofdm in packet based munications . ( before the proposal of this standard , use of ofdm was pmited to continuous systems ) in this paper , the author firstly presents the technical characteristics and the typical apppcation of wireless local area work ( wlan ) , analyzes its topology structure , the work configuration and etc . then the author illustrates the media access control and the operation and frame structure of physical layer
1998年7月， ofdm技術正式被ieee標準組確定為ieee802 . 11a物理層調制方法，使得無線局域網數據傳輸速率由11mbps提高到54mbps ，性能得到明顯改善。同時該標準是第一個將ofdm技術應用于包傳輸通信中的ieee標準(在該標準提出以前， ofdm的使用通常局限于連續傳輸系統中) 。本文中，作者首先介紹了無線局域網的技術特點和典型應用，分析了其拓撲結構、網絡配置功能等。