Li Jiangfan - A Robotics Graduate
  • Dark Theme
    Light Theme Dark Theme System Theme
  • Posts
  • Activities
    • Lauzhack Solutions 4 Sustainability
  • Courses
  • Projects
    • Internship Projects
      • Exploration of Motion Planning Algorithm
      • Modular software architecture for P&C in Substation Automation
    • Semester Projects
      • A Gloves-based Joint Pose Sensing System
      • ATM: The Histamine Receptor Based Whole-Yeast Sensor
      • Fixed-base Manipulator Throwing
      • Footroller: Game shoes for the handicapped
      • Interdisciplinary Robot Competition
      • Module Desk Robot
      • ROS-based Baxter experiment platform
    • In-course Projects
      • AI/RL: Fishing in Starbew Valley
      • An Auctioning Agent for PDP
      • Image Processing Projects
      • Intelligent Optimization Algorithms
      • Modular Lamprey Robot Control
      • MPC mini: thrust vector control for rockets
      • Play Soccer with Thymio
      • Quadrupedal Locomotion via CPG and RL
  • Trips
    • Saxer Lücke
Hero Image
An Auctioning Agent for the Pickup and Delivery Problem(PDP)

Based on Repast(Recursive Porous Agent Simulation Toolkit) and logist platform, we designed an agent for solving multi-agent PDP. The agent computes the optimal strategy and estimates the cost in given time and bit according to the marginal cost and the auction history.

  • Intelligent Agents
  • Java
  • Repast
December 1, 2022 | 1 minute Read
Hero Image
Modular Lamprey Robot Control

This project is Robotics Practical at BioRob at EPFL. For more info, please refer to our report.

  • C
  • Motion Control
May 16, 2022 | 1 minute Read
Hero Image
Thrust vector control for combustion engine rockets - MPC

In this project, we analyze and build the rocket motion model and design several MPC controllers(The pose regulator and the tracking controller) to track set point with or without offset. Refer to our Report for more info.

  • MPC
  • Matlab
January 31, 2022 | 1 minute Read
Hero Image
Quadrupedal Locomotion via Central Pattern Generator(CPG) and Reinforcement Learning(RL)

Overview In this project, we control the locomotion of a quadrupedal robot via CPG and RL respectively. The CPG controller generates different gaits according to predefined parameter sets and keeps balance after tuning, which . The maximum speed reached with the gait pronk, whereas the fastest gait for real dogs is rotatory gallop. In our opinion, for a faster locomotion with simple CPG, more sensors are needed to keep balance and seize the right moment to swing.

  • Python
  • Reinforcement Learning
  • Motion Control
December 30, 2021 | 2 minutes Read
Hero Image
Play Soccer with Thymio

This is a project in course Basics of mobile robotics with Chengkun Li, Georgios Apostolides and Lucas Represa. In this project the goal is to combine vision, path planning, local navigation, and filtering in order to make Thymio robot navigate trough a map towards a goal. A Thymio breaks through the opponents and shoots. Check our Slide for more detail. Souce code can be found in Github Overall Framework

  • Image Processing
  • Motion Planning
  • Python
December 15, 2021 | 1 minute Read
Hero Image
Intelligent Optimization Algorithms

Use GA to solve TSP Jupyter Notebook An example output: Use GA to pour liquid Simulators Used: Box2D, LiquidFun Fitness curve across iterations Source Code Github

  • Python
  • C++
  • Optimization
December 1, 2020 | 1 minute Read
Hero Image
Fishing in Starbew Valley using Reinforcement Learning

This is a in-course project for Introduction to Artificial Intelligence. I chose this mini game in Starbew Valley as the target to learn. The Game In this minigame, a fish-like icon moves up and down inside a vertical space. The player controls a green bar, which ascends while the left mouse button is pressed and drops while it’s not. The green bar bounces when it reaches the bottom boundary of the minigame unless a Lead Bobber is equipped.

  • Starbew Valley
  • Reinforcement Learning
  • Python
December 31, 2019 | 2 minutes Read
Hero Image
Image Processing Projects

Article Reproduce: Depth Synthesis and Local Warps for Plausible Image-based Navigation This paper aims to solve the problem that: Given a dataset with multiple RGB images for a scene, how to generate images from other view points? There are some techniques enable 3D reconstruction from images, but often fail on some parts where weren’t sampled enough and result in hollows. To address this problem, this article proposed a way by interpolation from similar neighbors.

  • Matlab
  • C++
  • Image Processing
December 1, 2017 | 2 minutes Read
Navigation
  • About
  • Experiences
  • Education
  • Projects
  • Achievements
  • Recent Posts
Contact me:
  • jiangfan.li@epfl.ch
  • Jiangfan Li
  • +41 779016202

Liability Notice: This theme is under MIT license. So, you can use it for non-commercial, commercial, or private uses. You can modify or distribute the theme without requiring any permission from the theme author. However, the theme author does not provide any warranty or takes any liability for any issue with the theme.


Toha Theme Logo Toha
© 2026 Copyright.
Powered by Hugo Logo