Evaluation and modeling of fungi towards wood degradation
Ran, Weichen & Lian, Junhong & *Zhang, Jiaqi. (2022). Evaluation and modeling of fungi towards wood degradation. Bioengineered. 13. 3284-3299. 10.1080/21655979.2022.2025699.
B.S. in Telecomm. Eng. & Mgt. (Spec. Multimedia), Beijing University of Posts and Telecommunications (BUPT, China) & Queen Marry University, London (QMUL, UK), 2023
M.Sc. in Comp. Eng. (Spec. MIA), National University of Singapore, 2024 (expected)
Real-time Ads Tagging:
By restructuring the tagging process, the tagging delay has been optimized from 5 hours to near real-time, providing more space for strategy and increasing overall ads consumption by x%.
Ads Shadow Reconstruction (In Progress):
Utilizing the new autocreation services, the ads shadow(copy) function is being restructured to enhance system architecture rationality and load capacity.
System Stability Maintenance:
Assisting in on-call troubleshooting for ads tagging and shadow services to improve system stability.
Tech Stack Used: C++, Go, Redis read/write, SQL, Kafka, high concurrency, asynchronous read/write
Data Timeliness Governance:
Conducted a comprehensive inventory of the data timeliness and created a dashboard for it. Through DAG analysis, pinpointed the key nodes that affect production, and implemented optimization for more than 10 nodes. The timeliness of the nodes was optimized by 50%, and the timeliness of the cost link was optimized by 15%.
Metadata Governance(Anomaly Value Management):
Independently designed and built an anomaly value management platform based on low-code platform, data node and UDF function, which manages the meaning of anomaly values.
Ran, Weichen & Lian, Junhong & *Zhang, Jiaqi. (2022). Evaluation and modeling of fungi towards wood degradation. Bioengineered. 13. 3284-3299. 10.1080/21655979.2022.2025699.
You can view the .pdf version of my CV through the link: Zhang_Jiaqi_intern.pdf