Chiao-Ke Hu
喬軻 胡

An intelligent Discord bot powered by Google Gemini, featuring AI-driven conversations, smart message processing, automatic table rendering, and Google Search integration. Built for personalized user interactions with multi-language support and advanced context awareness.

Developed a post-quantum cryptographic file authorization system integrating Sui blockchain and Arweave permanent storage. Implemented three-layer architecture with CRYSTALS-Kyber/AES-256-GCM hybrid encryption for post-quantum security, NFT-based access control, and immutable usage tracking. Demonstrated enhanced security guarantees and permanent data availability through CIFAR-10 model weight validation.

Developing an iOS application combining LLM APIs with iOS Shortcuts for on-device task automation.

Built Discord bot integrating Groq and Gemini LLM APIs with Mem0 for persistent conversational memory and context-aware responses. Implemented Mem0 with Qdrant vector store for efficient memory retrieval and Gemini embeddings for semantic understanding, enabling the bot to maintain contextual awareness across multiple conversations.

Built Convolutional Autoencoder with residual connections using TensorFlow for automatic image colorization. Integrated ResNet-based encoder architecture to preserve fine-grained features during downsampling. Implemented GPU-accelerated training pipeline with mixed precision optimization.

Developed gesture control system using OpenCV and MediaPipe for real-time hand tracking and gesture recognition. Enabled computer interface interaction through vision-based hand gestures.

Wrote full Holtek assembly language routines for microcontroller control tasks using documentation and self-study. Shared resources and explained usage to peers.

    During a camp I attended, there was a challenge where we had to work with teammates to build a tower using spaghetti and tape, with a marshmallow placed on top.My teammates and I constructed a pentahedron within the time limit - with a square base and four equilateral triangles forming the upper part - and used this as the foundation to extend spaghetti vertically upward from the center.
    Everything seemed perfect, but when we inserted the marshmallow, the tower started to bend. I realized this wouldn’t work, so I applied tape to one side to prevent it from falling over, though it remained bent.I initially thought other teams might surpass us, but it turned out we were the only team that successfully built a standing tower. This made me feel very honored.
    It was only after placing the marshmallow that I realized I had forgotten to consider its weight - this seems to be a common blind spot in this challenge. Fortunately, our structure was sturdy enough to keep it from collapsing. This experience taught me not to focus too heavily on theory, but to actually try building and make gradual corrections, and that people can easily have blind spots.