Overview: In recent years, China's scientific research facilities and instruments have continued to grow, but issues such as low utilization, redundant construction, and idle waste remain prominent. To improve resource utilization efficiency, the State Council issued guidelines requiring the establishment of an open sharing system and unified network management platform. Currently, the platform integrates 600+ categories and 100,000+ sets of instruments (valued at ~160 billion RMB), serving nearly 5,000 institutions across 31 provinces and 25 departments with 8 million annual visits.

Responsibilities: (1) System integration and data verification; (2) Platform front-end and back-end upgrade; (3) Coordinating technical solutions and personnel arrangements, communicating with multiple institutions, completing business/technical documentation and contract signing.

Overview: The Large-scale Scientific Instrument Procurement System is the unified channel for institutions to apply for instrument procurement on the national platform. It serves as the data source for the duplicate review system and a powerful tool for management departments such as the Ministry of Science and Technology and the Ministry of Finance. Following unified data standards, it standardizes the application process for all institutions, supports procurement applications and appeals, and provides task management and result publication functions.

Responsibilities: (1) Designing system architecture using Vue + SpringBoot front-end/back-end separation; (2) Coordinating personnel and managing project progress; (3) Completing business/technical documentation and contract signing.

Overview: A regional instrument sharing platform following the unified data standards of the national network management platform. Standardizes application processes for all institutions, supports instrument procurement applications and appeals, and provides task management and result publication functions for management departments.

Responsibilities: (1) Designing system architecture using Vue + SpringBoot front-end/back-end separation; (2) Coordinating personnel and managing project progress; (3) Completing business/technical documentation and contract signing.

Overview: This project uses airborne LiDAR to complete high-precision holographic digital modeling of power lines and towers in Jiangsu Province. Based on 3D point cloud data, it achieves real-time centimeter-level trajectory planning for multi-rotor UAV power tower inspection. Finally, a complete power tower inspection system was developed to achieve digital, automated, and refined inspection.

Responsibilities: (1) Flight space grid modeling based on 3D point cloud data and UAV hovering accuracy via ArcGIS interface; (2) Constructing objective functions for minimum energy consumption and minimum lighting cost, considering natural wind and lighting effects; (3) Improving Ant Colony + A* hybrid algorithm for real-time path planning under different times/wind directions; (4) Developing power inspection system prototype tools including path planning, safety analysis, knowledge base, parameter library, and visualization engine.

Overview: This project focuses on the Tianyi integrated development environment, researching code debugging and runtime monitoring technology for multi-task parallel programs based on the Tianyi embedded operating system. Based on the Eclipse plugin platform, using program instrumentation, host-target network communication, and SWT technologies, key modules including parallel program process replay, dynamic tracking and precise positioning, real-time monitoring and analysis were developed. The project ultimately achieved program debugging with process replay, precise error scene tracking and positioning, and a low-overhead runtime state real-time monitoring and analysis debugging prototype tool.

Responsibilities: (1) Designing and implementing the interface and operations of parallel program debugging tools; (2) Implementing parallel program error detection and analysis, Loongson 3A target machine runtime state real-time monitoring, and host-target network communication modules; (3) Preparing software design documentation.