linear inequalities 中文意思是什麼

linear inequalities 解釋
線性不等式組
  • linear : adj. 1. 線的，直線的。2. 長度的。3. 【數學】一次的，線性的。4. 【動、植】線狀的；細長的。5. 由線條組成的，以線條為主的，強調線條的。
  • inequalities : 不等式
  1. Nonexistence of global positive solutions for quasi - linear parabolic inequalities

    擬線性拋物型不等方程整體解的不存在性
  2. Robust model prediction control based on linear matrix inequalities

    的魯棒模型預測控制
  3. Controllers are designed in terms of linear matrix inequalities

    進一步，將控制器的設計問題轉化為lmi的求解問題。
  4. In this paper, we study minimax inequalities and generalized l - kkm type theorems in the spaces without linear structure

    在此論文中，我們研究了沒有線性結構空間中的極大極小不等式以及廣義l ? kkm型定理
  5. Abstract : this paper considers the decentralized stabilization problem via local state feedback control laws for a class of large - scale linear discrete - time systems with delay interconnections. a sufficient condition for decentralized stabilizability is derived and is expressed as a system of linear matrix inequalities. furthermore, the problem of designing a decentralized state feedback control law with smaller feedback gain parameters is formulated as a convex optimization problem, and latter can be solved by using existing efficient convex optimization techniques. the obtained controller enables the closed - loop systems to be not only stable, but also of any prescribed stability degree

    文摘:用一組線性矩陣不等式給出一類線性離散時滯大系統分散能鎮定的一個充分條件，進而，通過建立和求解一個凸優化問題，提出了具有較小反饋增益參數的分散穩定化狀態反饋控制律的設計方法.所得到的控制器不僅使得閉環系統是穩定的，而且還可以使得閉環系統狀態具有給定的衰減度
  6. A new method for solving linear inequalities

    基於動力系統的線性不等式組的解法
  7. According to a delay - dependent stability condition of control systems, a state feedback controller is designed and the madb is obtained in terms of linear matrix inequalities

    該方法利用控制系統的時滯相關穩定性條件設計狀態反饋控制器，得到最大允許延遲時間，並以線性矩陣不等式的形式描述。
  8. By means of linear matrix inequalities, a sufficient condition is given such that a prescribed discrete singular system is admissible and strictly passive. moreover, under certain conditions, a static state feedback control law is designed such that the resulting closed - loop system is both admissible and strictly passive

    利用線性矩陣不等式，給出離散廣義系統容許且嚴格無源的充分條件，並且基於此條件在一定假設下給出存在狀態反饋控制器，使得閉環系統容許且嚴格無源的充分條件。
  9. By means of linear matrix inequalities, a sufficient con dition is given for uncertain discrete singular system to be generalized quadratically stable and strictly passive, based on which, a sufficient condition is given for the existence of a state feedback controller, such that the resulting closed - loop system is both generalized quadratically stable and strictly passive for all the admissible uncertainties, all conclusions carry with them corresponding examples to prove the effectiveness, and the corresponding controllers are also presented

    利用線性矩陣不等式，給出不確定離散廣義系統廣義二次穩定且嚴格無源的充分條件，並在此基礎上給出存在狀態反饋控制器，使得閉環系統廣義二次穩定且嚴格無源的充分條件。每一節均給出數值算例來說明結論的有效性，同時給出相應的控制器構造。
  10. ( 2 ) for linear systems with time - varying delays both in state and control, and subject to norm - bounded parameter uncertainties, the problems of robust stabilization and robust h control are studied and delay independent results are derived by constructing proper lyapunov function to deal with the time - delay, also by using riccati equations method and inequalities transformations to deal with the uncertainties. according to the transform function of the system, frequency domain method and time domain method are combined together to analyze the robust h control problem of the uncertain time - delay system

    （ 2 ）研究了一類狀態和控制同時具有時變時滯以及參數時變有界不確定性系統的時滯無關的魯棒鎮定及h控制問題，採用把時滯因素和不確定因素分開處理的思路，通過構造適當形式的lyapunov函數來處理時滯，採用不等式變換及riccati方程方法來處理不確定性，採用頻域與時域相結合的方法根據系統的傳遞函數分析時滯不確定系統的魯棒h控制問題。
  11. The main contents of this paper are outlined as follows, 1 for time delay systems with norm - bounded uncertainties, a sufficient and necessary delay independent robust quadratically stabilizable condition, the corresponding robust stabilizing controller designing method by state feedback, a sufficient delay - dependent robust stabilizable condition and state feedback controller designing method are given in terms of linear matrix inequalities

    主要研究內容包括1 、研究一類同時存在狀態和控制滯后的不確定時滯系統的狀態反饋魯棒鎮定問題。給出了一個系統魯棒二次可鎮定的充分必要條件，以及系統時滯依賴魯棒可鎮定的充分條件及相應的狀態反饋魯棒鎮定控制器設計方法，結果以線性矩陣不等式的形式給出。
  12. 3. for continuous and discrete interval 2 - d systems with given quadratic cost functions, sufficient conditions to check the existence of state feedback guaranteed cost controllers are derived and expressed in a set of linear matrix inequalities. furthermore, an optimal problem is proposed in this paper

    針對連續區間2 - d系統和離散區間2 - d系統，分別定義了適當的二次型性能指標和相應的保性能控制律，並由定義出發推導出lyapunov不等式形式和lmi形式的判定定理，用以判定這兩類系統是否存在保性能控制律，同時給出了保性能控制器的設計方法。
  13. When the systems is normal, the stability condition of the observer system is approximated with a minimization problem involving conditions of linear matrix inequalities

    假定其可能發生故障，設計了離散狀態觀測器，對其進行故障檢測。
  14. In part iv, time forward observer is used to predict states of the slave. moreover, force, position and velocity feedback is proposed to design the system. feedback parameters are solved through linear matrix inequalities

    第四部分提出用時間前向觀測器預測從手狀態，用力、位置和速度反饋消除或減小時延對系統影響的方法，並對反饋參數的設計進行分析。
  15. This thesis is concerned with fault detection and isolation problem for dynamic systems such as norm - bounded uncertain systems, state - delayed uncertain systems, linear parameter - varying systems with time delays, time - delay systems with markovian jump parameters and nonlinear systems by using fault detection filter, threshold selection method and linear matrix inequalities

    本論文研究了動態系統的魯棒故障檢測與分離問題，基於故障檢測濾波器和閾值邏輯方法，採用線性矩陣不等式技術，研究了范數有界不確定系統、時滯不確定系統、時滯lpv系統、時滯馬爾可夫跳躍系統、非線性系統的魯棒故障檢測與分離問題。
  16. For discrete interval 2 - d systems, based on definitions of quadratic stability and quadratic stabilizability, sufficient and necessary quadratically stable and stabilizable conditions are given in terms of linear matrix inequalities. quadratically stabilizing controller designing method is also proposed in this paper. the illustrative examples show the results are effective and less conservative

    針對離散區間2 - d系統，給出了二次穩定和二次可鎮定的定義，在此基礎上，提出了用以判定離散區間2 - d系統是否二次穩定和二次可鎮定的判定定理，以及二次鎮定控制律的設計方法。
  17. First of all, for uncertain systems and state - delayed uncertain systems, the residual generators are constructed based on full - order filters, and the fault detection and isolation problems for these two classes of systems are reduced to h filtering problems by using h control theory. the fault detection filter design is formulated as convex optimization problem subject to lmi constraints in terms of linear matrix inequalities, which can be solved readily by using standard numerical software

    首先，針對非時滯不確定系統和具有狀態時滯的不確定系統，採用全階濾波器構造殘差產生系統，利用h控制理論將這兩類系統的故障檢測與分離問題轉化為h濾波問題，採用線性矩陣不等式技術將魯棒故障檢測濾波器的設計轉化為具有線性矩陣不等式約束的凸優化問題，可利用標準的數學軟體求取。
  18. Chapter 1, making use of the technique of pivoting operation, the technique of sequential systems of linear equations of studying constrained optimization problems and the idea of strongly subfeasible directions method and, several new algorithms for systems of nonlinear inequalities are presented

    第一章，藉助于轉軸運算技術，序列線性方程組技術以及強次可行方向法思想，建立了非線性不等式組的序列線性方程組演算法，演算法的搜索方向由有唯一解的線性方程組的解及其校正產生。
  19. This verification can be implemented by determining the consistency of a group of linear inequalities, or equivalently, by solving a linear programming problem

    該方法將生存性判別轉化為判別線性不等式組的相容性或等價地轉化為求解一個線性規劃問題。
  20. A criterion for the redundancy in systems of linear inequalities

    線性不等式組可約的一個充要條件
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