👋 Welcome to My Space! I'm Phillweston.
🏫 Academic Background: Proud alumnus of Xidian University, where I honed my skills and earned a Bachelor's degree in Electronic Information Engineering.
👀 Passions & Interests: My academic and professional journey is driven by a deep fascination with Control Theory and Aircraft Navigation & Decision Systems.
🌱 Research & Innovation: As part of my undergraduate capstone project, I delved into the realm of Unmanned Aerial Vehicles (UAVs). My research focused on Autonomous Waypoint Flight and developing a cutting-edge Dual-Photothermal Imaging Target Detection Algorithm.
🔧 My Previous Projects: I've worked on a series of projects that explore the intersection of Blockchain Technology and AI-based Failure Detection Systems for Hard Drives.
🚀 Current Focus: I'm currently focusing on algorithm implementation on FPGA chips to enhancing the parallel speed especially in signal processing and image processing.
📚 My Past Projects: Here are some of the projects I've worked on:
- FPGA Training: A collection of FPGA training materials, including Verilog and VHDL designs.
- FPGA Projects: A collection of FPGA projects, including Verilog and VHDL designs.
- DJI Onboard SDK Indoor Location: Indoor positioning and optical flow self-stabilization of UAV for RoboMaster2020 competition.
- Drone Master PID: Main control terminal of educational UAV (PID Version).
- Drone Master ADRC: Main control terminal of educational UAV (ADRC Version).
- Drone APP: Android application of educational UAV
- Drone Master RC: RC embedded terminal of educational UAV (PID Version)
- Drone Simulation: Matlab simulation of educational UAV (PID Version)
- EGO Planner for PX4 with VINS Fusion: EGO Planner for PX4 with VINS Fusion for indoor positioning of UAV.
- Antenna Tracking Drone Project: Antenna tracking drone project cooperated with the antenna department of the School of Electronic Engineering, Xidian University.
- DJI MSDK Development: DJI MSDK APP development for DJI aircraft.
- rosettadrone: The Rosetta Drone 2 Project. Enable Mavlink and H.264 on DJI drones.
- P450 Experiment: The P450 Experiment is a project that uses the PX4 flight control system to control the P450 drone in the ROS environment.
- Prometheus YoloV5 Tracking: A modified version including YoloV5 and KCF algorithm for tracking in the Prometheus drone project.
- Disk Failure Prediction: Using KNN and LSTM to predict hard disk failures.
- Disk Failure Prediction (New): Using TCN, LSTM and RandomForest to predict hard disk failures.
- Prognostika Website: The website of "Prognostika - Hard Disk Failure Prediction" project.
- 2021MCM-ICM ipynb: The Jupyter Notebook of the 2021 MCM/ICM competition.
- 2021MCM-ICM LATEX: The Paper of the 2021 MCM/ICM competition.
- Lotso Website: The Lotso Website is an NFT token project that allows users to check their eligibility and claim their tokens.
- Lotso Twitter Authentication Service: The Lotso Twitter Authentication Service is a Twitter-based authentication service and airdrop claim check for the Lotso Website, deployed in the Docker container.
- BTI Gitbook: The Whitepaper for the BTI project, detailing the project's vision, mission, and technical specifications.
- PhotoEditor Website: The PhotoEditor Website is a web-based photo editing tool that allows users to upload, edit, and download their photos.
🔧 Skills & Tools:
Programming Languages:
Programming Softwares:
Visual Softwares:
🔍 GitHub Profile Overview: A detailed snapshot of my contributions and activities on GitHub:
📊 Programming Languages & Tools: My technical repertoire, as reflected in my GitHub stats:
🌟 My GitHub Journey: Insights into my GitHub activities and achievements:
🌐 Discover More: Visit my website for a deeper dive into my projects, thoughts, and professional journey:
📧 Let's Connect! Feel free to reach out for collaborations, discussions, or just a chat about technology:
- 📩 QQ: 2436559745
- 📧 Gmail: [email protected]
- 📧 Outlook: [email protected]