数学仿真（mathematical simulation）是以数学方程式相似为基础的仿真方法，它是用数学式来表示被仿真的对象。
基于数学模型的活动,称 之为数学仿真 (Mathematical simulation) 。实际上,所有动态 仿真没有不用计算机的,因此,计算机仿真 (Computer simula2 tion)也就这样应运而生。
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The mathematical simulation indicated that the design of those two systems mentioned was applicable and effective.
数学仿真结果表明,上述两个系统设计是正确和有效的。
参考来源 - BTT航弹控制系统设计分析与仿真The results show the consistency of digital simulation and real-time simulation, and the satisfaction of real-time characteristic.
系统仿真结果表明实时仿真结果与数学仿真结果基本一致，仿真系统实时性符合要求。
参考来源 - 期刊学术社区Mathematical simulation results,as shown in figures 4.3 through 4.5,testify the validity of solving the problem of one filter stimulating another by using the method of prolonging fusion period.3.
数学仿真验证了本文提出的延长融合周期法滤波对解决子系统滤波估计相关问题(滤波激励滤波问题)的有效性。
参考来源 - 信息融合估计理论及其在航天器控制中的应用研究Spacecraft motion compensation method and mathematic simulation is designed. Some further research is done in the field of the physical simulation, algorithms errors of spacecraft motion compensation.
设计了一种卫星运动补偿算法,进行了卫星运动补偿系统数学仿真,并且深入研究了算法误差和物理仿真中的一些主要问题,实现了运动补偿单元物理仿真的软硬件设计。
参考来源 - 高精度三轴稳定扫描成像卫星运动补偿研究·2,447,543篇论文数据，部分数据来源于NoteExpress
叙述了飞行仿真技术的分类，包括数学仿真、含实物仿真和人在回路中的仿真。
This paper describes the classification of the flight simulation technology, including mathematical simulation, hardware in loop simulation and man in loop simulation.
数学仿真验证了改进方法比传统方法更能够及时准确地识别双余度传感器缓变故障。
Mathematical simulation results show that the improved method can identify and orientate dual sensor soft fault more exactly and quickly than the traditional method.
在配平迎角飞行的合理假设下，建立了描述载人飞船再入飞行段弹道的数学仿真模型。
On the reasonable assumption of match AOA (Angle of attack) flight, the mathematics simulation model of the reentry flight of a spaceship is formulated in this paper.
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