ID 原文 译文
49457 不仅构建了变迁激发规则以表达静态数学模型的约束条件，而且设计了新的子网结构模拟突发事件及协同保障的动态过程。 not only build the change rules of excitation to express the static mathematical model of constraint conditions and design a new subnet structure simulation and the dynamic process of the security emergencies.
49458 为了求解该规划模型，提出了一个基于退火进化的优化调度算法， In order to solve the programming model, proposed a based on annealing evolutionary optimization scheduling algorithm,
49459 该算法首先计算保障单元的分配问题， this algorithm firstly calculates the distribution of the security unit,
49460 随后搜索资源分配的优先级列表生成保障任务的工作顺序， then search for resource allocation of the work order of priority list to generate security tasks,
49461 算法中利用Petri网过程模型计算不确定条件下的目标函数值。 algorithms in the process of Petri net model are used to calculate the objective function value of uncertain conditions.
49462 仿真实验表明算法能在较快的收敛速度下提高保障单元的利用率。 Simulation results show that algorithm can improve security unit under faster convergence speed utilization.
49463 针对资源受限的离散时间网络控制系统，提出一种基于性能优化的事件触发和量化控制协同设计方法。 Network control system for resource constrained discrete time, put forward a kind of event trigger based on performance optimization and quantitative control method of collaborative design.
49464 该方法主要通过事件触发降低网络带宽占用，采用带有缩放因子的动态量化器降低量化误差的影响，并将该网络控制系统建模成具有不确定参数的离散时间切换系统; This method is mainly triggered by events to reduce network bandwidth, dynamic quantizer with zoom factor are adopted to decrease the influence of quantization error, and the network control system modeling into discrete time switched systems with uncertain parameters.
49465 根据稳定性和二次性能指标要求，利用分段李雅普诺夫函数和线性矩阵不等式技术将性能指标最优问题转化为具有矩阵不等式约束的优化问题， In accordance with the requirements of stability and quadratic performance index, using piecewise Lyapunov function and linear matrix inequality (lmi) technique with performance index, the optimal problem can be converted to matrix inequality constrained optimization problems,
49466 给出了保证系统渐近稳定且二次性能指标最小的事件触发器参数、动态量化器可调参数及控制器增益协同设计方法。 and gives the asymptotically stable and guarantee system parameters, the quadratic performance index is the smallest event trigger dynamic quantizer adjustable parameter and the design method of controller gain synergy.