The existing stability results for time-delay systems can be classified into two types: delay-independent stability and delay-dependent stability.
现有的时滞系统稳定性结果可以分为两类：与时滞无关的稳定性和与时滞相关的稳定性。
The basic conceptions, such as control, delay-dependent stability criteria, and delay-independent stability criteria, are defined from the point of information.
从信息的观点，给出控制、时延相关稳定判据和时延不相关稳定判据的概念描述。
By the method, robust reliability measure of robust stability degree of interval delay-independent control systems and the maximum allowable ranges of the basic parameters can be given.
用文中方法可给出时滞不确定控制系统稳定程度的可靠性度量和为保证稳定性所要求的基本参数的最大容许变异范围。
So far, Orion and the boosters are the furthest along in their production cycles, since every day that they delay extends the five-year period when Americans have no independent access to space.
到目前为止，“猎户座”和推进器是在实际生产环节走的最远的，因为他们耽误的每一天都会把美国已经丧失了太空霸权的五年时间延长一天。
These criteria are independent of delay, can be tested easily and convenient for the application in the engineering.
这些判据与时滞无关，容易测试且便于工程上的应用。
Via the constructive Lyapunuov function, the case independent of delay and dependent of delay is investigated respectively, and the sufficient conditions of robust absolute stability are gained.
通过构造特殊的李亚普诺夫函数，分别考虑了时滞相关和时滞无关两种情形，得到了系统鲁棒绝对稳定的充分条件。
Ultrasonic phased array technique can help to achieve flexible, controllable synthesized ultrasound beam by exciting each element of an ultrasonic array transducer with independent phase delay.
超声相控阵技术通过对超声阵列换能器中各阵元进行相位控制，获得灵活可控的合成波束。
In this paper, a low-jitter process-independent DLL(delay locked loop) based on self-biased techniques is presented.
本文给出了一种采用自偏置技术的低抖动延迟锁相环，可应用于高频时钟产生电路。
The stability of linear generalized system with time delay is studied. Based up on this, the sufficient conditions for delay independent stability of linear generalized system are proposed.
研究了广义时滞线性定常系统的稳定性，由此提出了系统时滞无关稳定的条件，并给出了一个与系统时滞相关稳定的充分条件。
Human resources in institutions of higher learning are inherently independent and non-symbiotic, resulting in the low efficiency, exclusiveness and delay in their utilization.
高校人力天生具有独立性、非共生性，导致高校人力资源利用的低效性、排他性、延滞性。
Human resources in institutions of higher learning are inherently independent and non-symbiotic, resulting in the low efficiency, exclusiveness and delay in their utilization.
高校人力天生具有独立性、非共生性，导致高校人力资源利用的低效性、排他性、延滞性。
应用推荐