搜索资源列表
PLAST_FEM
- 非线性有限元计算程序，利用有限元进行建模，非线性求解，数据齐全-nonlinear finite element calculation procedures, the use of finite element modeling, nonlinear solution, data incomplete
strapdown
- 惯性导航捷联解算程序，坐标系采用北东地坐标-strapdown inertial navigation solution procedures, using coordinates to the coordinates of the North East
cal_direct
- 用龙格－库塔法直接解算微分方程，程序中的例子是求解10个线性微分方程组-using the Runge - Kutta method direct solution differential equations, the procedures for example is 10 linear equations
satellite
- 用于GPS卫星的位置和速度解算，输入的参数为卫星的星历及所要计算的时刻-GPS satellites for the position and velocity solution, the input parameters for the satellite ephemeris and to calculate the moment
lambda_arm_5.rar
- 应用于GPS中的整周模糊度解算的lambda算法的C语言版本,Applied to GPS Ambiguity in the Solution of the C-language version of the lambda algorithm
maccomack_1d
- 一维Riemann问题，即激波管问题，是一个典型的一维可压缩无黏气体动力学问题，并有 解析解。对它采用二阶精度MacCormack两步差分格式进行数值求解。同时，为了初学者入门和练习方便,这里给出了用Fortran77语言编写的计算一维Riemann问题的计算程序，供大家学习参考。——计算流体力学教程-One-dimensional Riemann problem, that shock tube problem is a typical one-dimensional compressible
sins
- 该程序包括了飞行器轨迹计算、陀螺和加速度计的采样输入、以及由四元素解算出的飞行器姿态、位置、速度-The program includes the aircraft trajectory calculation, the sampling gyro and accelerometer input, and the solution calculated by the four elements of aircraft attitude, position, velocity
SINS-MatlabImplement
- 本程序是关于四元数法捷联惯导解算算法的matlab程序组合包，其中包括滤波初始对准仿真，罗经法初始对准仿真，捷联惯导解算仿真，组合卡尔曼滤波等演示程序及其必需的参数矩阵转换程序，程序算法皆是本人通过大量阅读捷联惯导经典论文书籍编写的，经过调试已经通过，所得圆锥误差，划桨误差与秦永元所编惯性导航一书相符，可靠性较高。适合惯导学习者参考改进使用 -This procedure is the law about quaternion SINS algorithm matlab solver co
imu_ahrs
- 基于IMU(三轴角速率、三轴加速计和三轴磁场)的方位姿态解算系统(ahrs)，基于C语言开发，VC 6.0编译器，可方便的移植到其他环境。-Based on the IMU (three-axis angular rate, three-axis accelerometer and three-axis magnetic field) to locate gesture Solution System (ahrs), based on C language development, VC 6.0
PFH
- 后处理法用于解结构力学中的超静定和静定结构问题，建筑和交通工程。-Post-processing method for the solution of structural mechanics in Hejing hyperstatic set structural problems, construction and traffic engineering.
Navigation
- 利用比力、加速度信息解算出惯性导航所需的速度、位置和姿态信息-Than the use of force, acceleration of information required for inertial navigation solution to calculate the speed, position and attitude information
20090826_kepler_solver
- 给出了采用牛顿法解超越方程，求解椭圆轨道及双曲线轨道开普勒方程中的偏近点角的源程序及例子；给出了解普适方程的函数及例子，是研究轨道理论中的重要函数，均基于matlab编程-Gives the solution of transcendental equation using Newton' s method, for solving elliptic orbit and the hyperbolic orbits Kepler equation Eccentric anomaly of t
MF1-IC-S50
- The MIFARE MF1ICS50 IC is used in applications like public transport ticketing where major cities have adopted MIFARE as their e-ticketing solution of choice.
MNAV1.5
- MNAV1.5，提供完整的AHRS,惯导系统，WIFI通信和数据记录等功能-The below is a list of all files released for the Crossbow s MNAV100CA with SPB400. This framework may provide a complete solution for AHRS, Navigation, WiFi Comm, and Data Logging, for various robotic applicatio
BusQuerySystem
- ①由乘客给出上车和下车站的地点, 查询换乘公交车的最佳方案。即输出换乘的公车线路，乘车方向、路经车站和换乘的车站。 ②输出所有的路线。 ③增加和删除路线（管理员操作）。 ④查找经过某站点的所有路线。 ⑤查找某一路线，并输出其所有站点。 -① given by the passengers on the train and the next station locations, check for the best solution to take the bus. Trans
tracker
- Trac solution for cars
SVM
- 针对基于GPS／GIS的浮动车数据特点，总结其中无效的数据类型，并给出数据有效处理的方法。以支持向量机原理、交通状态预测方法为基础，分析了常用支持向量回归机、核函数及模型参数的性能，以及各核函数及模型参数对支持向量机性能的影响及作用。针对路段平均速度预测中的小样本、非线性、高维回归等特点，将支持向量回归机方法引入基于浮动车数据的路段车辆速度预测，构建了路段平均速度短时预测模型。并以杭州市某路段的实际数据为例，详细阐述了支持向量回归机预测模型的具体建模和求解过程。运用LibSVM2．84软件包，进
oula-
- 用ROE格式解黎曼问题的一维欧拉方程，适于初学CFD编程者-ROE the format solution of the Riemann problem for one-dimensional Euler equations, suitable for beginner CFD programming
VRP-solution-program
- vrp车辆路径优化问题，运用lingo软件编写的求解程序，简单易懂。-vrp vehicle routing optimization problem, the use of the lingo software written to solve program is simple and easy to understand.
longitudeLatitude
- 惯性导航中，由位置坐标解算出当地的经度和纬度。-Inertial navigation, the solution is calculated by the position coordinates of the local latitude and longitude.