integration algorithm造句
例句与造句
- an explicit precise integration algorithm for nonlinear dynamics problems
非线性动力学问题的一个显式精细积分算法 - precise time integration algorithm of stiff equation in nonlinear dynamic system
非线性动力系统刚性方程精细时程积分法 - theory of getting inertial angular position from linear accelerometer measurements with double integration algorithm is analyzed
分析了使用线加速度计测量惯性角加速度,通过二次积分算法得到惯性姿态角的原理。 - 5 ) presentation and implementation of a constraints-subjoining integration algorithm ( csi ) . the results of transformation are integrated by separating constraints and containing constraints defined by csi algorithm
5)提出了附加约束集成算法通过定义分离约束和包容约束，实现对异构数据源的xmlschema转化结果的进一步集成，初步建立异构数据源数据之间的关系。 - the newmark-p step-by-step numerical integration algorithm is used to calculate the response behavior of system when feed cabin locates at a certain position ( typical location ) and when feed cabin moves along a certain trace ( time-dependent structure )
。arkd数值积分方法，在时域上分析了馈源舱停留在空间某一位置（典型点）和沿空间某一轨迹运行（变结构）时，系统的顺风向风致响应。 - It's difficult to find integration algorithm in a sentence. 用integration algorithm造句挺难的
- borrowing the traditional two-speed approach originally developed in conventional attitude integration, we design one new numerical integration algorithm to solve the three kinematic equations . the new navigation algorithm based on dual quaternion is thus constituted
借鉴成熟的姿态四元数积分的双速算法结构,设计了一个数值积分算法求解以上三个运动学方程,构建了基于对偶四元数的捷联惯性导航算法。 - based on the continuity of target ’ s trajectory, a detection algorithm formed by modified dpa and track association algorithm is presented . the modified dpa energy integration algorithm with a confined search field is developed to solve the target energy pervasion problem
针对直接dpa能量累加算法存在能量扩散的缺点,采用限定搜索窗的dpa能量累加算法,在减小目标能量扩散程度的同时,提高了累加图像后的目标信噪比。 - 3 . scheme of varying integrating steps and integration algorithm are given after analysizing the difficulties of solving the capture phase dynamics equations, and the flow chart of the whole docking process simulation is given; the need and design principles of the docking dynamics simulation system is analyzed, basic structure and modules of the system are detailed, and the software is demonstrated
3.对捕获段对接动力学方程组的求解难点进行分析,给出了变步长策略以及求解算法,并给出了整个对接过程的求解流程图;分析了对接动力学仿真系统的需求和设计原则,描述了系统的基本结构和模块划分,并对软件功能进行了介绍。 - the sculling error in the velocity calculation is described and the sculling optimal compensation algorithms are derived in the sculling base motion environment . for testing the sculling correction algorithms " performance, several simulations are practiced and the simulation results show that the sculling compensation term in the velocity integration algorithms can not be neglected for the high accuracy sins in highly dynamic environments . 3
分析了速度更新计算中划船误差的产生机理，详细推导了划船补偿算法并在划船运动条件下推导了划船补偿优化算法，最后对各阶算法进行了仿真分析，仿真结果表明：对处在高动态环境下的高精度导航系统，划船补偿不可忽略；3 - in frequency domain, we research dct based information hiding techniques, and then give an adaptive technique, and a parity based approach in the dct domain, and an approach based on improved integration algorithm . we also propose an approach based on difference matrix in dct domain, and show all the approaches to embed / detect the secret messages, and their robust analysises
在频率域内，研究了基于dct变换的信息隐藏技术，提出了改进的dct自适应隐藏算法、dct域奇偶性嵌入方法和改进的融合算法，同时提出了差值矩阵的dct域的隐藏算法，给出了这些算法的信息嵌入与恢复过程，并对频率域内的这些隐藏算法的鲁棒性进行了分析。 - by means of an integral expression of non-linear dynamics equation an explicit precise integration algorithm with four order accuracy and self-correct and self-starting to solve this equation is given . this method is adapted to solve the non-conservative system with multi-dof and strong nonlinear . the non-linear dynamic equations are divided into some blocks or groups
给出了求解非线性动力学方程的精细积分表达式，利用插值近似该方程的非线性项，得到一个具有四阶精度并且是单步显式、自起步、预测-校正的lagrange(或hermite)插值精细积分算法，适于强非线性、非保守系统。 - a new step-by-step integral procedure of dynamics equations is presented . the general expression of the solution of dynamics equations is obtained on the basis of the homogenous analytical solutions of dynamics equations and duhamel integration . the explicit analytical integration algorithm, which is characterized by fourth-order accuracy, self-starting and self-correcting, is employed to discretize the equivalent load terms
另外提出了求解动力学方程的一个新型的逐步积分法，基于线性动力学方程的解析齐次解及duhamel积分，构造出适用于非线性动力学方程解的一般积分表达式，对包含非线性项的非齐次项采用插值近似的方法，得到一个单步显式、自起步、预测校正具有四阶精度的解析逐步积分算法。