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🔭 I’m currently working on Autonomous Robot Goal Seeking and Collision Avoidance In the Physical World: An Automated Learning and Evaluation Framework based on PPO Method
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🌱 I’m currently learning iOS Development, Opensource LLMs, autonomous navigation
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👯 I’m looking to collaborate on LLM integrated safe robotics control
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🤝 I’m looking for help with Local implementation of LLM
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👨💻 All of my projects are available at https://spaceappmissionstimeline.cloud/index.html
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📄 Know about my experiences (Resume) https://spaceappmissionstimeline.cloud/p2/assets/main.pdf
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💬 Ask me about Python, ROS, Data Visualization, Reinforcement Learning, AI, and iOS Development
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📫 How to reach me [email protected]
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📄 Know about my experiences (CV) https://spaceappmissionstimeline.cloud/p2/assets/Resume2.docx.pdf
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⚡ Fun fact I play drums 🥁 and piano 🎹
Doing Thesis and Happy Coding!
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Florida Atlantic University
- Delray Beach, FL, USA
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00:40
(UTC -04:00) - https://spaceappmissionstimeline.cloud/
- https://orcid.org/0000-0002-9291-2458
- in/wen-chung-cheng-10960278
- https://github.com/Ac31415
- https://scholar.google.com/citations?user=TOBczPQAAAAJ&hl=en&oi=ao
Highlights
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RL-Auto-Eval-Framework
RL-Auto-Eval-Framework PublicThis is an open-source code for our MDPI Journal paper: Autonomous Robot Goal Seeking and Collision Avoidance In the Physical World: An Automated Learning and Evaluation Framework based on PPO Method
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2023-ectf-insecure-example
2023-ectf-insecure-example PublicForked from mitre-cyber-academy/2023-ectf-insecure-example
Insecure reference example for the 2023 Collegiate eCTF (FAU Team 2)
C
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