无人机协同决策研究—

A competition proposal for UAV coordination.

Algorithm exploration and implementation for a Challenge Cup UAV coordination research brief, organized through code, technical documentation, and testing materials.

Work and outputAssembled research materials including code, technical documentation, usage instructions, and a test report.

把研究思路,组织成可评阅的方案。
My role
Challenge Cup participant · Algorithm proposal and implementation
Time
—
Scope
Competition brief / Algorithm research
Status
Competition research proposal

The brief and submission requirements

The Challenge Cup research brief brought algorithm questions together with platform conditions and documentation requirements. I worked on proposals and implementation for UAV coordination, organizing the handoffs into materials that explain the research structure and its evaluation basis.

Research and engineering share the brief. High-level research structure and retained materials; not a simulator screenshot or verified evaluation result.
Research questions, platform conditions, and documentation requirements define the competition scope.

Algorithm exploration and included implementation

Working materials contain experiments labeled MADDPG and PPO, while the formal technical description primarily uses Q-learning. Those directions have different evidence scopes. The case preserves research exploration and limits completed capabilities to the implementation that can be traced.

Distinguish exploration from included implementation. High-level research structure and retained materials; not a simulator screenshot or verified evaluation result.
Exploratory algorithm directions and included implementation carry separate evidence scopes.

Code and platform dependencies

Technical documentation describes responsibilities while code and usage instructions explain entry points. Organizer tools, platform versions, and references are external dependencies. Keeping those boundaries clear helps explain engineering scope and collaboration without assigning every nearby file to personal authorship.

Separate research code from dependencies. High-level research structure and retained materials; not a simulator screenshot or verified evaluation result.
Research structure, implementation, and external dependencies retain clear ownership.

Technical notes, code, and test material

The retained package contains technical documentation, usage instructions, a test report, application materials, and seven Python source files. Together they answer what was proposed, how it is used, and what testing was documented. Their existence does not independently confirm formal submission or review acceptance.

A proposal is a set of connected artifacts. High-level research structure and retained materials; not a simulator screenshot or verified evaluation result.
Documentation, code, and test materials form an inspectable research proposal.

Results and evaluation conditions

The report contains result tables and images, with scoring text retained separately. Scenarios, evaluation rules, and run conditions must be linked before drawing a model-performance conclusion. The case presents these material types without treating text lines as independent experiments or assigning an unsupported improvement percentage.

Interpret results through records and conditions. High-level research structure and retained materials; not a simulator screenshot or verified evaluation result.
Reports, original records, and conditions must correspond before results can be interpreted.

My part

I participated in algorithm proposals and implementation, connecting exploratory work with code, technical descriptions, and testing materials. The case uses high-level research diagrams and preserves the distinction between attempted directions, traceable implementation, and evaluation evidence. It makes no platform-validation or review-success claim.

My contribution: organize exploration into a proposal. High-level research structure and retained materials; not a simulator screenshot or verified evaluation result.
The case explains my research process, implementation scope, and evaluation basis through high-level diagrams.
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