Algorithm Research & Development @適着三維科技股份有限公司 TG3D Studio Inc.
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2021 ~ 現在
Software Engineer
1ヶ月以内
virtual try-on images, ensuring seamless and realistic visualization of clothing items on virtual avatars. Computer Vision Stable Diffusion Body AI: Mobile Scanner Successfully reconstructed highly accurate 3D body models by leveraging two full-body side profile photos, achieving a remarkable precision level with a size error margin of less than 3 cm. Computer Vision Body Reconstruction Stable Diffusion DApp: Exercise Classification Implemented real-time activity recognition for specified exercises, including but not limited to push-ups and squats, enabling accurate tracking and analysis of workout routines. Skeleton Detection Motion Classification Body AI: 3D Body Data Analysis
Red Hat OCP. This project integrated the accounting servers of 10 overseas branches (Singapore, Hong Kong, Cambodia, etc.) and reduced server costs by 80%. • Provided solutions and collaborated with the team to implement solutions. Cross-team communication to discuss the handling of data flow. • Helped less-experienced members and improved code quality through code review. • Maintaining the ABS system, handling system problems immediately and improving the system to improve user experience. • Developed the frontend using VUE and the backend using Spring Boot and designed and normalized databases and tables. Software Engineer • 玉
training members. Lead team to implement unit test on every project and increase test coverage about 20% Holding a technical sharing session monthly Lead DevOps team to reduce about 33% cloud services cost System infrastructure design Drive design architecture of the sportsbook system Average latency on odds synchronization is less than one second Wager throughput on single node is about 900 per second Lead team refactor report system for stable, flexible and maintainable Simplify data synchronization process, replace Canal, Cassandra to TiDB Make our system data latency seldom over 1 minute Reduce a half time on new feature development