文件名称:EKFslammatlab
介绍说明－－下载内容均来自于网络，请自行研究使用
用EKF，在matlat环境下实现的SLAM，包括GUI仿真界面及参考文件-extended Kalman Filter, under matlab environment
(系统自动生成,下载前可以参看下载内容)
下载文件列表
EKFslammatlab源码
.................\dalab
.................\.....\add_new_features.m
.................\.....\compute_motion.m
.................\.....\data
.................\.....\....\chi2.mat
.................\.....\data_association.m
.................\.....\generate_cloister_experiment.m
.................\.....\ground_solution.m
.................\.....\JCBB.m
.................\.....\NN.m
.................\.....\notes.txt
.................\.....\odom.m
.................\.....\predict_observations.m
.................\.....\savechi2.m
.................\.....\show_results.m
.................\.....\simulate_people.m
.................\.....\SINGLES.m
.................\.....\slam.m
.................\.....\slamtest.m
.................\.....\tools
.................\.....\.....\add_features.m
.................\.....\.....\analyze_hypothesis.m
.................\.....\.....\arrow.m
.................\.....\.....\compatibility_test.m
.................\.....\.....\compute_compatibility.m
.................\.....\.....\correlation.m
.................\.....\.....\draw_compatibility.m
.................\.....\.....\draw_correlation.m
.................\.....\.....\draw_ellipse.m
.................\.....\.....\draw_ground.m
.................\.....\.....\draw_hypothesis.m
.................\.....\.....\draw_map.m
.................\.....\.....\draw_obs.m
.................\.....\.....\draw_observations.m
.................\.....\.....\draw_prediction.m
.................\.....\.....\draw_reference.m
.................\.....\.....\draw_sensor_range.m
.................\.....\.....\draw_tables.m
.................\.....\.....\draw_trajectory.m
.................\.....\.....\draw_vehicle.m
.................\.....\.....\EKF_prediction.m
.................\.....\.....\EKF_update.m
.................\.....\.....\erase_features.m
.................\.....\.....\gaussian_noise.m
.................\.....\.....\get_observations.m
.................\.....\.....\get_odometry.m
.................\.....\.....\jacobian1.m
.................\.....\.....\jacobian2.m
.................\.....\.....\jointly_compatible.m
.................\.....\.....\joint_mahalanobis2.m
.................\.....\.....\linefrompolar.m
.................\.....\.....\mahalanobis.m
.................\.....\.....\map_rows.m
.................\.....\.....\move_vehicle.m
.................\.....\.....\new_map.m
.................\.....\.....\normalize.m
.................\.....\.....\obs_rows.m
.................\.....\.....\select_observations.m
.................\.....\.....\store_results.m
.................\.....\.....\tcomp.m
.................\.....\.....\tcompv.m
.................\.....\.....\tinv.m
.................\.....\.....\tpcomp.m
.................\.....\.....\ucomp.m
.................\.....\.....\wait.m
.................\readme.pdf
.................\dalab
.................\.....\add_new_features.m
.................\.....\compute_motion.m
.................\.....\data
.................\.....\....\chi2.mat
.................\.....\data_association.m
.................\.....\generate_cloister_experiment.m
.................\.....\ground_solution.m
.................\.....\JCBB.m
.................\.....\NN.m
.................\.....\notes.txt
.................\.....\odom.m
.................\.....\predict_observations.m
.................\.....\savechi2.m
.................\.....\show_results.m
.................\.....\simulate_people.m
.................\.....\SINGLES.m
.................\.....\slam.m
.................\.....\slamtest.m
.................\.....\tools
.................\.....\.....\add_features.m
.................\.....\.....\analyze_hypothesis.m
.................\.....\.....\arrow.m
.................\.....\.....\compatibility_test.m
.................\.....\.....\compute_compatibility.m
.................\.....\.....\correlation.m
.................\.....\.....\draw_compatibility.m
.................\.....\.....\draw_correlation.m
.................\.....\.....\draw_ellipse.m
.................\.....\.....\draw_ground.m
.................\.....\.....\draw_hypothesis.m
.................\.....\.....\draw_map.m
.................\.....\.....\draw_obs.m
.................\.....\.....\draw_observations.m
.................\.....\.....\draw_prediction.m
.................\.....\.....\draw_reference.m
.................\.....\.....\draw_sensor_range.m
.................\.....\.....\draw_tables.m
.................\.....\.....\draw_trajectory.m
.................\.....\.....\draw_vehicle.m
.................\.....\.....\EKF_prediction.m
.................\.....\.....\EKF_update.m
.................\.....\.....\erase_features.m
.................\.....\.....\gaussian_noise.m
.................\.....\.....\get_observations.m
.................\.....\.....\get_odometry.m
.................\.....\.....\jacobian1.m
.................\.....\.....\jacobian2.m
.................\.....\.....\jointly_compatible.m
.................\.....\.....\joint_mahalanobis2.m
.................\.....\.....\linefrompolar.m
.................\.....\.....\mahalanobis.m
.................\.....\.....\map_rows.m
.................\.....\.....\move_vehicle.m
.................\.....\.....\new_map.m
.................\.....\.....\normalize.m
.................\.....\.....\obs_rows.m
.................\.....\.....\select_observations.m
.................\.....\.....\store_results.m
.................\.....\.....\tcomp.m
.................\.....\.....\tcompv.m
.................\.....\.....\tinv.m
.................\.....\.....\tpcomp.m
.................\.....\.....\ucomp.m
.................\.....\.....\wait.m
.................\readme.pdf