thinking-ASI's Stars
CMU-Perceptual-Computing-Lab/openpose
OpenPose: Real-time multi-person keypoint detection library for body, face, hands, and foot estimation
DroidAITech/ROS-Academy-for-Beginners
**大学MOOC《机器人操作系统入门》课程代码示例
yehengchen/Object-Grasp-Detection-ROS
Real-time Object Grasp Detection ROS package for YOLO
ShuiXinYun/Path_Plan
Path plan algorithm, include: A*, APF(Artificial Potential Field)
blodow/realtime_urdf_filter
ROS package that can filter geometry defined in URDF models from Kinect depth images. Can also preprocess data for the OpenNI tracker, to remove backgrounds, robots etc.
stevenjj/openpose_ros
A ros wrapper for the CMU openpose library
wrld/ROS_RRT
RRT, RRT*,RRT connect
otnt/kinect2.0-opencv
Using Kinect 2.0 + OpenCV to get Depth Data, Body Data, Hand State and Body Index Data.
borninfreedom/ur_ws
ros workspace for ur manipulator
mginesi/dmp_vol_obst
Implementation of Dynamic Movement Primitives (DMPs) in Python 3.5 together with various methods to treat obstacle avoidance
Durant35/ROS_Note
ROS Learning Notes
mn270/Robot_path_planning
Robot path planning in static and dynamic environment (GSA, artificial potential field, QL, DDQL)
Yaaximus/artificial-potential-field
andriyukr/artificial_potential_fields
ROS package for reactive obstacle avoidance using artificial potential fields
ycaibb/octomap_rrt
RRT algorithm based on OctoMap
roahmlab/arm_planning
burgetf/nao_wholebody_planning
Extended RRT-CONNECT Algorithm for Whole-body Motion Planning
oveis/Body_Measurement_with_Kinect
Skeleton Tracking and Body Measurements with Kinect
uu-isrc-robotics/potential_fields_based_obstacle_avoidance
This code can be used on a mobile robot for avoiding obstacles. This code was originally written for use with a Summit XL mobile robot from Robotnik using laser readings as the means for determining obstacles. However it can be configured to be used for any mobile robot using either laser and/or sonar readings. It is based on the use of a potential fields algorithm in that it treats all obstacles as a potential field. For more information please see the paper entitled "Biological Goal Seeking", submitted to ICRA 2017.
Han-Sin/RRT-AG
小学期,机器人学强化训练,适用动态避障,采用算法为RRT做全局规划,人工势场法作为局部规划。
georgeerol/RoboticArmPickAndDrop
Control a Robotic Arm with six degrees of freedom to perform pick and drop action using Forward and Inverse Kinematics
msr-peng/openpose_ros_visualization
A ros wrapper for the CMU OpenPose library
gwwang16/iiwa_kinematics
pick and place using IK for iiwa14 arm
jimjing/collision_detection
A ROS package for checking collision between a path and the current Octomap
jakeware/skeletontracker_nu
Kinect based skeleton tracking
ElderJiang1926/HumanDetect
根据kinect捕捉到的彩色图和深度图来将人和背景隔开;开发基于opencv和c++。有问题欢迎email:lutaohappy@gmail.com
MRwangmaomao/dh_hand_driver
大寰电爪驱动
adityag6994/rrtConnect_pr2
pr2 mp using rrt connect 7DOF
eterpega/LASA_LfD
KeishiIshihara/potential_field_ros