Design and document system where teams can code together, submit solutions, get judged, and see their scores go up$.$

Teams are to be established for this purpose, each team will have $3$ or $4$ students.

demonstrate a practical application of synchronization techniques in the context of a programming contest scenario.

$1.$ Documentation:

$$ Create a report describing your design choices, challenges faced or expected, and solutions to be implemented.

$$ Explain how counting semaphores can be employed to address synchronization issues in each component.

$$ Create a conceptual diagram $($class diagram, blueprints$)$ to describe the problem.

$$ document any trade$-$offs or decisions made during the implementation.

$2.$ Pseudocode or algorithm:

$$ Clearly outline the main components of your simulation.

$$ Break down the processes for teams, the shared file system, the submission platform, judging panels, and the scoring system.

$$ Highlight critical sections where synchronisation using counting semaphores is required.

$$ Describe how classes will interact with each other to represent the solution