We present an algorithm which will solve this problem in quadratic time and in linear space.
我们提出一个解决该问题算法，该算法花费二次的时间和线性空间。
Time domain analysis shows that this predictive controller is of stronger robustness to external sinusoidal disturbances, and is suboptimal with respect to quadratic performance indexes.
时域分析表明，设计的预测控制器对外部正弦干扰有较强的鲁棒性，得到的结果关于二次型平均性能指标是次优的。
The conclusion shows that the optimal strategy of predator is the quadratic equation of time and the profit is the descending function of temporary impact coefficient.
结论表明，捕食者的最优交易策略为时间的二次曲线形式，并且捕食交易利润是瞬时冲击系数的单调减函数。
The result is quadratic running time and memory consumption.
结果是以平方关系递增的运行时间和内存消耗。
In this paper, The robust quadratic stabilization problem and asymptotic stabilization problem are considered for a class of linear uncertain discrete time switched hybrid systems.
本文考虑一类线性不确定离散时间切换混杂系统的鲁棒二次镇定和渐近镇定问题。
The equation among Lou soil and Heilu soil urease activity and time and their buffering values is quadratic linear regression equation.
土娄土、黑垆土脲酶活性与时间及土壤缓冲量之间的关系为二元线性回归方程。
This paper presents a condition in terms of linear matrix inequalities (LMIs) for the quadratic stability of discrete-time interval 2-d systems.
本文针对离散区间2 - D系统的二次稳定性问题，给出了线性矩阵不等式形式的判定条件。
The interval of the time lag is identical of each lane controlled and when the input is a random sign, we can adopt quadratic function of optimum control and separation theorem.
当受控对象各控制通路中滞后时间间隔都相同，且输入为随机信号时，可采用二次函数型最优控制定律和分离定理。
The illustrative example shows that this method is effective to check the quadratic stability of discrete-time interval 2-D systems.
所给出的数值算例表明该判定条件可以有效地判定离散区间2-D系统是否二次稳定。
Some numerical results for a large number of random convex quadratic programming problems show that the new algorithm is efficient and might be a polynomial-time algorithm under some conditions.
大量的关于随机的凸二次规划问题的数值实验结果表明它的计算效率是高的，在某些条件下可能是多项式时间算法。
In this paper, the quadratic stabilization of linear time-varying system with structural model uncertainty is discussed.
本文讨论了带有结构性不确定的线性时变系统的二次镇定问题。
For a class of uncertain nonlinear time-delay systems, a state feedback control method which cause the system quadratic stabilization is proposed.
对于一类不确定非线性时滞系统，研究使系统二次稳定的状态反馈控制方法。
The problem for the robust stability and quadratic performance control of linear neutral time-delay systems is studied with non-match norm-bounded uncertainties.
针对含有非匹配条件的范数有界线性不确定中立型时滞系统，研究该类系统的鲁棒稳定和二次性能控制问题。
The methods of time frequency analysis include linear, quadratic and adaptive methods. They provide effective tools for analyzing signal time varying spectrum in time frequency plane.
时频分析方法分为线性、二次型和自适应等多种方法，它们提供了在时频二维平面上，分析信号时变功率谱的有效手段。
This paper focuses on the design problem of decentralized guaranteed cost state feedback controllers for a class of interconnected uncertain discrete-time systems and a given quadratic cost function.
结合一个给定的二次型性能指标，研究一类关联不确定离散大系统的分散保性能状态反馈控制器设计问题。
At the same time, it makes on line distinguishing of the model parameters by recursion minimum quadratic multiplication real time correction algorithm with changeable forget factor.
并用具有可变遗忘因子的递推最小二乘实时校正算法对模型参数进行在线识别。
A new algorithm derived from Chebyshev polynomials is presented for the approximate analytic solution of infinite-time linear-quadratic optimal feedback control law for time-delay systems.
给出了用切比雪夫多项式方法，求时滞系统的无穷时间线性二次型反鐀控制律的近似解析解的新方法。
Secondly, the performance of time-hopping sequences based on permutation-sequences, quadratic congruence sequences, cubic congruence sequences and hyperbolic congruence sequences are compared.
对置换跳时序列与二次同余跳时序列、三次同余跳时序列、双曲同余跳时序列进行了性能比较。
The optimal control problem for the discrete time stochastic singular systems with linear quadratic cost functional is discussed.
讨论广义离散随机线性系统在二次型性能指标下的最优控制问题。
In this paper, a tw(r state dynamic upper control model has been set up. Linear quadratic(LQ)algorithm and time-energy minimurn method are used to design the upper controller respectively.
在建立两辆汽车组成的动力学系统模型基础上，应用线性二次型最优理论及时间-能量最优理论研究了汽车辅助驾驶系统上位控制方法。
From the analogy between pulses propagation in time and the paraxial optics, the nonlinear Kerr media is approached by a time quadratic index media.
从空域与时域的相似性出发，把克尔介质近似为时域二次折射率介质，从而得到了脉冲在该介质中的解析形式，并给出了相应的时域传输矩。
In this paper, the optimal control problem of linear time-varying systems with quadratic cost is discussed.
研究时变广义系统线性二次最优控制问题。
The standard SVM requires solving quadratic program that needs considerably longer computational time.
因此标准的SVM方法需要求解二次规划问题，计算量很大。
The analog equation between soil erosion resistance index and time is quadratic power function curve, whose correlation coefficient is above 0.9.
不同林分的抗蚀指数与时间的动态模拟关系为二次幂函数曲线，相关系数0.9以上。
Therefore, research on heuristics for the quadratic assignment problem (QAP) has become the hotline of computer science for a long time.
故求解qap问题的启发式算法成为计算机科学基础研究的热点之一。
The complexity of DSAFO is bounded between quadratic and cubic polynomial time.
DSAFO算法具有不错的时间复杂度：介于平方和三次方之间。
A primal-dual neural network(PDNN)based on linear variational inequalities(LVIs)is introduced as the real-time solver for the resultant quadratic programming scheme.
提出了基于线性变分不等式的原对偶神经网络，并将其作为所对应的二次型规划方案的实时求解器。
A linear quadratic Gaussian (LQG) stochastic optimal control was developed for networked control systems with network-induced delays longer than a sampling period using a time-division control mode.
对于网络诱发延迟大于一个采样周期的网络化控制系统，该文研究了该系统的线性二次Gauss (LQG)随机最优控制问题，提出了一种新的分时控制模式。
A linear quadratic Gaussian (LQG) stochastic optimal control was developed for networked control systems with network-induced delays longer than a sampling period using a time-division control mode.
对于网络诱发延迟大于一个采样周期的网络化控制系统，该文研究了该系统的线性二次Gauss (LQG)随机最优控制问题，提出了一种新的分时控制模式。
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