Project Overview¶
Project System Introduction¶
The Victoria Harbour Science and Technology Innovation Team (VHSTIT) has built a number of projects covering aerospace, intelligent systems, cutting-edge computing and engineering practice. As the projects advanced and team resources were adjusted, their statuses have changed: the rocket launch project, the model-aircraft catapult system and the communication coding scheme are proceeding normally, the smart campus system project is suspended indefinitely, and the optical fiber computer research project has been handed over to other related teams. The current status and details of each project are listed below, and all related materials are archived according to their status.
Project Status at a Glance¶
- Rocket Launch Project: Proceeding normally
- Electromagnetic-Lock Compound Short-Range Catapult System: In progress (chartered September 2026)
- Data Compression and Integrity Assurance Scheme: Scheme design complete
- Smart Campus System: Suspended indefinitely
- Optical Fiber Computer Research: Transferred (taken over by other related teams; this team no longer tracks its progress)
Project Classification System¶
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Rocket Launch Project
Status: Proceeding normally
Developing a small sounding rocket powered by a self-developed solid fuel, with an onboard altitude logger and video recorder recovering the altitude curve and footage of the whole flight, filling the gap in campus aerospace engineering practice.
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Electromagnetic-Lock Compound Short-Range Catapult System
Status: In progress
Combining elastic potential energy as primary storage with electromagnetically controlled precision release, providing a short-range, highly repeatable catapult launch platform for remote-controlled fixed-wing model aircraft, with launch dynamics data acquisition and simulation analysis.
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Data Compression and Integrity Assurance Scheme
Status: Scheme design complete
Based on communication coding theory, an end-to-end scheme concatenating Huffman source coding with CRC and Hamming channel coding, balancing compression efficiency against data integrity, with a reproducible simulation-based verification path and evaluation metrics.
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Smart Campus System
Status: Suspended indefinitely
Based on IoT sensor networks and AI algorithms, building an intelligent campus management platform to achieve core functions such as facility monitoring, energy optimization, and safety alerts, enhancing campus operational efficiency. The project has been suspended indefinitely and will not be pursued further.
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Fiber-Optic Computer Research
Status: Transferred
Exploring cutting-edge optical computing technology, researching data processing solutions based on photon transmission, aiming to break through traditional electronic computing bottlenecks and achieve computing systems with higher energy efficiency and processing speeds. The project has been handed over to other related teams, and this team no longer tracks its progress.
Project Management Principles¶
All projects follow the implementation principle of "technically feasible, clearly targeted, and resource-controllable," ensuring each project has a clear technical roadmap and measurable phased objectives. Project teams conduct regular technical reviews and progress assessments; for suspended or transferred projects, the team completes material archiving and handover according to their status and no longer tracks progress.