From personal knowledge to traceable answers: a Bailian RAG and blog integration guide
Prepare public documents, configure a knowledge base and Agent, deploy the API to Function Compute, and connect GitHub Pages. Verify each layer.
Archive
Projects and technical notes, tracing the path from problem to delivery.
Projects
How I solve problems, through projects.
01 / Projects
Industrial parts · Visual recognition and retrieval
Industrial parts recommendation: from visual measurement to a business system
How can specification data support explainable recommendations when product photos are missing?
02 / Projects
Equipment verification · VLM extraction
Nameplate extraction: balancing quality, compute and review
Extract structured fields from blurred, reflective or incomplete nameplates while preserving uncertainty.
03 / Projects
Driver training · Multi-module vision analysis
Dual-camera driving diagnosis: turning complex judgments into traceable evidence
How can two video streams provide evidence that driving instructors can review?
04 / Projects
Railway equipment · Visual inspection
Equipment anomaly detection: from single frames to combined evidence
Combine limited anomaly samples, segmentation and consecutive frames into a testable inspection pipeline.
05 / Projects
Edge AI · Model optimization and delivery
Visual localization quantization: diagnosing accuracy loss for edge deployment
After shrinking a model, how do we check that it still retains its localization capability?
06 / Projects
Manufacturing and logistics · Video analytics and delivery
Video analytics SaaS: from client PoCs to product decisions
Beyond recognition quality, can clients use and maintain the solution, and can delivery scale?
07 / Projects
Industry collaboration · Activity recognition and edge deployment
Machinery activity recognition: reaching the field with limited resources
How can time-series recognition balance accuracy and real-time processing on constrained hardware?
08 / Projects
Master’s research · Efficient activity recognition
Sensor selection and model compression: reducing system burden with sparse training
Can training reduce both sensor requirements and model size while retaining recognition quality?