As a city maintenance planner, I want to be able to coordinate the operation of 1.35 million Roomba-style vacuums to clean the city streets efficiently between the hours of 4 and 5 AM, to ensure clean streets with minimal disruption to the city.
Acceptance Criteria
[ ] The protocol must handle the scheduling of 1.35 million Roomba-style vacuums.
[ ] Vacuums should only operate between 4 and 5 AM.
[ ] The operation must be coordinated to prevent overlap and ensure coverage of every street.
[ ] System should accommodate real-time operational failures of individual vacuums.
[ ] Vacuums should return to their designated docking stations by 5 AM.
[ ] The system must provide operational reports post-cleanup.
[ ] Clean-up progress can be monitored in real-time.
[ ] The system should optimize the cleaning route for each vacuum to reduce redundant paths.
sequenceDiagram
participant V as Vacuum
participant CP as Coordination Protocol
participant DS as Docking Station
loop Each Vacuum
CP->>V: Assign route and schedule
end
V->>DS: Docking and Charging
Note over CP: Ensure coverage & handle failures
DS->>V: Deploy to start location
V->>V: Begin cleaning at 4 AM
V->>V: Report status in real-time
V->>DS: Return by 5 AM
Street Cleaning Coordination Protocol
As a city maintenance planner, I want to be able to coordinate the operation of 1.35 million Roomba-style vacuums to clean the city streets efficiently between the hours of 4 and 5 AM, to ensure clean streets with minimal disruption to the city.
Acceptance Criteria