fuse

Sensor fusion framework

Provides a general architecture for performing sensor fusion on robots using nonlinear least squares optimization techniques

The fuse stack provides a general architecture for performing sensor fusion live on a robot. Some possible applications include state estimation, localization, mapping, and calibration.

GitHub

736 stars
49 watching
123 forks
Language: C++
last commit: 6 days ago
Linked from 2 awesome lists


Backlinks from these awesome lists:

Related projects:

Repository Description Stars
tuc-proaut/librsf Provides robust sensor fusion capabilities for online localization 305
kriswiner/mpu9250 Arduino sketches for integrating and calibrating the MPU9250 9DoF sensor with AHRS sensor fusion algorithms 1,044
crdietrich/meerkat A framework for acquiring and processing data from sensors connected to Raspberry Pi or MicroPython devices. 8
kriswiner/mpu9150 Provides an Arduino implementation of a 9DoF sensor fusion system using the MPU9150 chip. 76
martinruenz/co-fusion Enables a robot to maintain scene descriptions at the object level by segmenting and tracking objects in real-time from RGB-D images. 502
simondlevy/sensorfusion An implementation of sensor fusion using Kalman filter in MATLAB 158
kriswiner/lsm9ds0 A sketch demonstrating the usage and integration of the LSM9DS0 9DOF sensor for accelerometer, gyroscope, magnetometer data fusion and quaternion-based orientation calculations. 39
tumftm/cameraradarfusionnet A neural network for multi-sensor object detection using camera and radar data. 413
react-native-sensors/react-native-sensors A developer-friendly approach to integrating sensor data into React Native applications 912
robotis-git/opencr A software framework for controlling and programming ROS-enabled robots using an Arduino microcontroller 391
cra-ros-pkg/robot_localization A package of nonlinear state estimation nodes. 1,421
nmileva/starfm4py A Python implementation of a spatiotemporal image fusion algorithm 133
southeugeneroboticsteam/sertain A framework that simplifies programming of FRC robots using Kotlin, reducing boilerplate code and minimizing common mistakes. 6
simondlevy/tinyekf An Extended Kalman Filter implementation in C/C++ and Python for prototyping sensor fusion applications. 1,015
rdiankov/openrave An environment for testing and developing motion planning algorithms for robotics 731