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Set of scripts to easily generate driver and algorithm packages in ROS, and also a set of scripts to add publishers, subscribers, service clients an servers and action clients and servers to an exiting package.
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ROS wrapper of the low-level LidarLite C++ library.
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Navigation module for the Ana robot as well as the associated client example.
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ROS wrapper of mvBlueFOX3 camera driver.
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Global planner for the move_base framework using the opendrive road description to generate global paths.
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labrobotica / ros / navigation / iri_nav_module
GNU General Public License v3.0 or laterGeneric navigation, costmap and planner modules to be used as a base for robot specific navigation modules.
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Segway RMP200 driver ROS Wrapper
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Simple node to detect blobs in images using the HSV color space
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Simple node to calibrate the HSV filter parameters on-line
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labrobotica / ros / platforms / TIAGo / iri_tiago_play_motion_module
GNU General Public License v3.0 or laterIRI-ROS module for the play motion feature of the TIAGo robot, including a sample client and a Behavior tree layer.
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labrobotica / ros / platforms / TIAGo / iri_tiago_head_module
GNU General Public License v3.0 or laterIRI-ROS module for the head of the TIAGo robot, including a sample client and a Behavior tree layer.
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labrobotica / ros / platforms / TIAGo / iri_tiago_arm_module
GNU General Public License v3.0 or laterIRI-ROS module for the arm of the TIAGo robot, including a sample client and a Behavior tree layer.
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ROS package to compute the model_car odometry from the encoder and control topics data.
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ROS package to generate the control signals expected by the model_car drivers.
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Ros node to perform an ICP between two scans for DOGS project
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ROS node to detect positive and negative obstacles using multi-beam LIDAR data.
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labrobotica / ros / platforms / TIAGo / iri_tiago_nav_module
GNU General Public License v3.0 or laterIRI-ROS module for the navigation of the TIAGo robot, including a sample client and a Behavior tree layer.
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This toolbox makes use of Linear Parameter Varying (LPV) formulation together with Linear Matrix Inequalities (LMI) to design Variable Impedance Controllers (VIC) from user demonstrations of a task, considering its preferences regarding compliancy
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ROS node to detect and manage collisions with a IMU bno055 developed for DOGS2 project
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