视频业务流量模型是网络性能仿真的一个重要前置环节，但由于视频内容的千差万别，使得很难建立统一的视频业务流量模型。
Modeling video traffic is an important prerequisite for any network performance simulating, but it is very difficult to build an uniform model for video traffic since video contents are variable.
仿真结果表明，相对单通道单路径路由及多路径路由本模型能更好的改善网络性能。
Compared with single channel single - path routing scheme and multi - path routing scheme, the results of simulation show that this model has better network performance.
仿真结果表明了模糊神经网络观测器可实现对定子电阻的精确检测，从而提高直接转矩控制系统的低速性能。
Simulation results show that this fuzzy-neural network estimator can precisely measure the value of resistance and improve the low-speed performances of DTC system efficiently.
仿真结果显示，功率控制的确能够有效地提高网络的吞吐量，而基于再励学习的功率控制算法能够取得和理论最优策略相近的性能。
Simulation demonstrated that power control can improve the whole network throughput significantly and the performance of our scheme approximates to that of the optimal algorithm.
仿真结果表明，在生成树拓扑抽象中使用此逼近算法后，可大大减少源节点由于拓扑信息不准确而产生的路由决策错误数，提高网络性能。
Simulation results show that the proposed algorithm can greatly reduce the routing decision errors of the source nodes due to inaccurate topology information, and improve network performance.
网络仿真已成为网络性能分析的一个有效工具，网络流量仿真又是网络仿真的基础和重要步骤。
Network simulation is an effective tool for analysis of network performance, network flow simulation is the foundation and important step of network simulation.
仿真实验结果证明了求解出的最优能量阈值比其他阈值更能延长网络存活时间，把VEAC的性能发挥到最大。
The results of simulation experiment show the calculated optimal energy threshold can extend more network lifetime than other threshold, and maximize the performance of VEAC.
仿真实验得到：频谱效率小于一定值的情况下，利用放大和网络编码转发方式的性能大大高于直接传输方式。
Simulation results indicate if the spectral efficiency is less than some certain value, the performance of amplify-forward and network coding forward are much better than that of direct transmission.
仿真实验表明，该算法可实现模糊控制和神经网络的优势互补，对非线性复杂系统具有良好的控制性能。
Experiment results show that the algorithm can obtain the advantages of the fuzzy system and the neural network can have better performance in controlling the nonlinear and complex system.
与其他环形网相比，其有效传输率较低。本文从理论分析和系统仿真两种方法入手，研究了各种参数对系统性能的影响，并与同类网络进行了对比。
This paper, by means of theoretical analysis and system simulation, studies the influence of various system parameters on its performanco. and compares it with other ring networks.
从模拟仿真及在实际系统GAINS节点中应用的结果可知，该改进方法能很好地改善无线传感器网络通信性能。
The simulation result and application result on the actual WSN system-GAINS indicate that the priority schedule of TinyOS can improve communication performance significantly.
仿真实验结果表明，具有自适应神经网络的模糊推理系统控制的异步电机矢量控制系统不仅动态和稳态性能都得到提高，而且具有较强的鲁棒性。
Simulation results show that the induction motor vector control system with adaptive neuro-fuzzy inference system can improve the static and dynamic performance of the motor and has good robust.
着重分析了RILS和传统IP网络的路由查找性能，并采用仿真对它们的可扩展性进行了比较。
The focus is put on the analytical comparison of routing lookup performance between RILS and the traditional IP networks and the simulation-based comparison of their scalability.
仿真结果表明，相对于已有的资源预留机制，DRR机制既可以明显改善obs网络的丢失性能，也可以在一定程度上提高网络带宽的利用率。
It is shown by the simulation results that DRR can improve the performance of burst loss and increase the utilization of the bandwidth in OBS networks, better than current reservation mechanisms.
仿真结果表明，本文的RSSI定位机制比传统的基于接收信号强度的无线传感器网络定位算法有更好的定位性能。
As shown in the simulation results, it can be stated that the approach is effective and obviously has good location accuracy than conventional RSSI algorithm.
仿真结果表明，该预测算法具有较高的预测准确度，并能显著增强路由稳定性，提高网络性能。
Simulation results indicate that the proposed algorithm can provide high accuracy of link quality prediction, resulting in improved route stability and network performance.
通过对仿真结果的分析，评估了该协议的网络性能，并讨论了不同的定时模型参数和仿真参数对网络性能的影响。
The network performance of the MAC protocol was evaluated and the influence of different network timing model parameters and simulation parameters on network performance were discussed.
信息网络设计和信息网络性能评价是网络研究的重要领域，而网络仿真技术是开展网络研究的重要方法。
Information network Design and network Performance Evaluation are critical network research areas, while network simulation is an important method to carry out these research activities.
仿真研究表明该算法在满足业务连接时延要求的同时提高了网络的吞吐量，较好地改善了网络的性能。
The simulation results shows that the routing algorithm has satisfied the delay requirements of the connection and improved the performance of the network at the meantime, such as its throughout.
仿真实验表明，相比于固定汇聚节点和随机移动汇聚节点，该机制在不同网络规模下都可以更有效地延长网络生存周期，并且节点初始能量越高性能越好。
The simulation results show that the mechanism extends the network lifetime effectively compared with fixed sink and random movement sink in different network scale.
仿真实验表明：用蚁群算法训练神经网络，可兼有神经网络广泛映射能力和蚁群算法快速全局收敛的性能。
Simulation results show that extensive mapping ability of neural network and rapid global convergence of ant system can be obtained by combining ant system and neural network.
使用一种代价函数作为性能评估标准，并通过仿真实验分析了各种网络延时对PID控制性能的影响。
A cost function is used as the criterion of performance evaluation and simulation is made to analyze the effect of all sorts of network delays on the PID control performance.
当前丰富多样的通信实体的选择、建模和仿真，对于精确评估和优化片上网络的整体性能非常重要。
The choice, modeling and simulation of current rich types of communicators are essential for an accurate evaluation and optimization of the global performance of a NoC.
在样本轨道仿真的基础上，利用神经网络进行强化学习仿真逼近系统的性能势，进而对系统进行优化。
By the simulation of a sample path, and the approximation to performance potentials via neural networks based on reinforcement learning (RL), the systems optimization methods are provided.
分析了采用正交最小二乘(ols)算法的RBF神经网络应用于DS - CD MA扩频通信的多用户检测的问题，给出了基于RBF网络进行多用户检测的理论依据和仿真分析性能。
RBF neural network method using OLS algorithm for Multi-user Detection in DS-CDMA Systems is pro-posed, and the theoretic basis and simulation analysis capability are given int his paper.
然后通过网络仿真分析不同参数的AAIMD流的平滑性、友好性和响应性，得出何种参数的AAIMD流性能最好这一结论。
Then the smoothness, TCP-friendliness and responsiveness of AAIMD flow are analyzed in different parameters. The results of the simulations show us which AAIMD flow has the best performance.
然后通过网络仿真分析不同参数的AAIMD流的平滑性、友好性和响应性，得出何种参数的AAIMD流性能最好这一结论。
Then the smoothness, TCP-friendliness and responsiveness of AAIMD flow are analyzed in different parameters. The results of the simulations show us which AAIMD flow has the best performance.
应用推荐