研究线性广义系统基于观测器的严格耗散控制器的设计问题。
This paper mainly deals with the problem of designing observer-based strictly dissipative controllers for linear singular systems.
研究确定的及不确定的滞后离散广义系统的无记忆状态反馈严格耗散控制器设计问题。
This paper deals with the design of memory-less state feedback strictly dissipative controllers for linear discrete delay singular systems with or without uncertainty.
其中还介绍了失效物理与环境控制、耗散结构、智能材料和环境意识材料。
Failure physics and environment control dissipative structure intelligent material and ECOMATERIALS are also introduced in the meantime.
激光本身不仅具有耗散系统所有的复杂现象，而且其自由度更容易控制。
Laser has all the complex dynamics characteristic of dissipative system, and its degree of freedom can easily be controlled.
然后用例子说明文中所给出的非线性耗散边界反馈控制具有较强的实用性。
Then, some examples are given to show that the nonlinear boundary control considered in this paper is efficient and practical.
首先用一非仿射不确定系统来描述这一微分包含系统，基于耗散理论分析了这一类非仿射不确定系统的鲁棒控制问题。
This differential inclusion system is described by a non-affine system with uncertainty. Based on the dissipation inequality, the robust control for such a non-affine uncertain system is analysed.
主要研究内容如下：首先，运用耗散结构理论研究了火力发电厂事故的演化机理和控制机理。
The main research contents are as follows:Firstly, this paper researches the thermal power plant accident's evolution mechanism and control mechanism using the dissipative structure theory.
内部同步整流控制电路，以提高功率耗散在PWM操作。
Internal synchronous-rectification control circuitry is provided to improve power dissipation during PWM operation.
简单的双态控制的半主动策略，阐述了从能量耗散力的观点。
The semi-active strategy of simple Bi-State control was expounded from the viewpoint of energy dissipation force.
其次，研究了一类带有不确定项的中立型时滞系统的严格耗散状态反馈控制器的设计问题。
Secondly, a strictly dissipative state feedback controller design is considered for a class of uncertain neutral systems with time-delay.
耗散理论提出了一种控制系统设计与分析的思想，即从能量的角度，以输入输出的方式描述。
A kind of design and analytic idea is put forward in the dissipative theory, from the point of view of energy, and energy is described by input and output.
耗散理论提出了一种控制系统设计与分析的思想，即从能量的角度，以输入输出的方式描述。
A kind of design and analytic idea is put forward in the dissipative theory, from the point of view of energy, and energy is described by input and output.
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