Name: Feiyu Xiao
Type: User
Company: Tsinghua University
Bio: Husband and Dad. Decision making/Motion Planning in autonomous systems. Former researcher intern in
@ToyotaCRDL and student in SVM in
@Automobile-Crash-Lab
Twitter: feiyuxiaothu
Location: Haidian, Beijing
Blog: feiyuxiao.github.io
Feiyu Xiao's Projects
📝 Easily create a beautiful website using Academic, Hugo, and Netlify
Freespace Reeds-Shepp planner that is an order of magnitude faster than OMPL's implementation with no compromise, no parallelization, and no multi-threading.
Library implementing the Responsibility Sensitive Safety model (RSS) for Autonomous Vehicles
Study notes in Chinese based on Self-Driving Cars (Prof. Andreas Geiger, University of Tübingen)
Design of a game theoretic adaptive cruise control algorithm using a one player dynamic game model with full information structure and a receding horizon control algorithm.
Discriminating kernel algorithm implementation and neural network approximation, as presented in "Safe Motion Planning for Autonomous Drivingusing an Adversarial Road Model"
ALGAMES: Game Theoretic Solver for Trajectory Optimization
C++ implementation of ALTRO (Augmented Lagrangian TRajectory Optimizer)
Including original ALTRO-iLQR library and my codes to add truck dynamic model and build some L4 test scenarios
An open autonomous driving platform
Apollo的planning部分详细注释
Apollo Discrete Points Smoother and general trajetcory generation
结构化道路的路径规划算法 简化版的emplanner
自动泊车算法 混合A* 障碍物约束转化为行车走廊约束的优化与 apollo TDR-OBCA的比较
apollo planner standalone
Uncertainty-ware velocity planning with convex planning space segmentation.
Baidu Apollo Speed QP using Splines (Compared to discrete points)
Collection of assignments especially with code.
resources for intern learning motion planning
Part of Autoware Motion Velocity Smoother.
standalone version for paper 'Toward a More Complete, Flexible, and Safer Speed Planning for Autonomous Driving via Convex Optimization'
Repo associated with IEEE Robotics and Automation Letters publication titled "Multi-Modal Model Predictive Control through batch non-holonomic trajectory optimization"
My NLP Program using bert
Trajectory Generator for MAV using Bilevel Optimization