仿真数据

• Secondly , three algorithms is presented to deal with different mechanism , based on it , a method of using the c + + math library of matlab is presented to simplify the solving process in the data processing
  其次，针对不同机构的特点，采用了三种不同的算法来处理运动仿真数据，在此基础上，提出了在数据处理部分使用matlabc + +数学函数库进行求解的方法，简化了求解的过程
• With the tests on artificial data and biological data , sca guaranteed to find the potential patterns in given sequence if they existed , and with scc as pruning rule , sca could accomplish the search in less time and with less memory
  通过仿真数据和生物数据的测试,该算法能确保发现序列中蕴含的所有模式,同时由于将信号相容性条件作为剪枝准则,该算法具有计算时间短,占用内存少的优点。
• To be adaptable to the complex environment , multi - model track fusion algorithm with the basis of weighted track fusion is given . the experiment is carried with two sections , simulation and actual measurement , to evaluate the validity of this algorithm
  为适应复杂环境的航迹融合问题,在加权航迹融合算法基础上提出多模型航迹融合算法,并用仿真数据和实测数据,验证了该算法的有效性。
• Finally , according to the principle analyses and simulation results . clrp can effectively improve the tcp transmission performance over wireless networks , particularly to the networks with high packet loss rate and strong bursty losses
  最后，通过原理分析及仿真数据，充分说明了clrp在数据传输的两个方向上均能有效提高无线tcp的传输性能，特别是在分组丢失率高，突发丢失性强的网络中。
• In the other hand , the information technology innovation has largely changed the simulation features . the datum that carried all the simulation information has diversified and complicates in construction and display than ever before
  另一方面，信息技术的发展使仿真系统的面貌发生了很大的变化，仿真数据作为信息的载体，从其信息结构、显示形式和处理方式等等各个方面都比以前多样化和复杂化了。
• Finally , we carry out the theoretic analysis on the whole communication system . by comparing the simulation analysis results with m - sequence and gold sequence , we further validate the good performance of the ( cd ) 2ma communication system
  最后，对整个通信系统的性能和仿真数据结果进行了分析，并与传统的小m扩频序列、 gold扩频序列进行了比较，进一步验证了混沌数字码分多址通信系统的优良性能。
• In contrast to conventional lse and kalman filtering , the algorithm has higher performance in precision orbit determination . moreover the algorithm is tested by simulation data and real observed data , and the computing results show that the algorithm is very effective
  本文提出的这种算法比经典的最小二乘算法或kalman滤波方法具有更高的定轨精度，仿真数据和实际观测数据的计算结果证实了算法的有效性。
• In allusion to deficiency of today workflow model simulation analysis , we study workflow simulation and bring forward architecture of workflow model simulation . simulation engine automatically simulates activity execution and pushes model simulation through setting up simulation conditions
  提出了工作流模型仿真的体系结构,通过设定仿真参数,仿真引擎自动模拟活动的执行,并在最后提供给用户所需的仿真数据。