In this paper, a deterministic linear economic system control model based on dynamic input-output theory is studied.
研究基于动态投入产出理论的确定性线性经济系统控制模型。
As a phenomenon found in non-linear dynamic system, chaos is deterministic and random-like.
混沌现象是非线性动力系统中一种确定的、类似随机的过程。
A deterministic linear economic system control model based on dynamic input-output theory is derived.
文中基于动态投入产出理论导出了确定型线性经济系统控制模型。
Coupled with the observation noise in the network environment, the Internet has become a complex dynamic system, which a great challenge for traditional deterministic fault localization technique.
加之网络中存在一定的观测噪声，互联网俨然变成了一个复杂的动态系统，这为传统确定性故障定位技术提出了新的要求和挑战。
In a sense, it can be seen as the time when semi-dynamic system is killed, or as the time the first random jump of piecewise deterministic Markov process.
它直观上可视作半动力系统随机中断(或出现问题)的时刻，亦可视作逐段决定马尔可夫过程的首次随机跳跃时刻。
Second, grounded on SADP, parameter dynamic optimization and computation are studied in detail for a deterministic PSO feedback system and a stochastic PSO system, respectively.
基于该模式给出简化的确定型微粒群反馈控制系统参数优化的近似计算方法，并扩展应用于具有随机变量的微粒群系统；
Second, grounded on SADP, parameter dynamic optimization and computation are studied in detail for a deterministic PSO feedback system and a stochastic PSO system, respectively.
基于该模式给出简化的确定型微粒群反馈控制系统参数优化的近似计算方法，并扩展应用于具有随机变量的微粒群系统；
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