Conduct Low FIdelity Design Scenario Simulation

LogicalFunction

TMADesignProposeLocal > TMADesignProposeLocal > Logical Architecture > Logical Functions > Root Logical Function > Evaluate Design-Scenario Combination > Conduct Low FIdelity Design Scenario Simulation

No description.

Incoming Internal Functional Exchanges

Exchange	Involving functional chains	Allocating component Exchanges	Distant Port	Source	Target	Description	Allocated Exchange Items	Realized Functional Exchange	Realizing Functional Exchange
Rejected TTOs			FOP 2	Optimize TTOs using gradient descent model & identify infeasible flights	Reject flights with infeasible TTO's
Accepted TTOs			FOP 1	Optimize TTOs using gradient descent model & identify infeasible flights	Accept flights with feasible TTO's

Outgoing Internal Functional Exchanges

Exchange	Involving functional chains	Allocating component Exchanges	Distant Port	Source	Target	Description	Allocated Exchange Items	Realized Functional Exchange	Realizing Functional Exchange
Flight trajectories			FOP 1	Select best trajectory flight path to absorb airborne delay	Calculate projected TTOs for all waypoints with best fuel efficiency & schedule time fit
Rejected Flights			FOP 1	Reject flights with infeasible TTO's	Capture Capacity Metric			Rejected Flights
Feasible Trajectory TTOs			FOP 1	Accept flights with feasible TTO's	Measure flight delays			Feasible Trajectory TTOs
Feasible Trajectory TTOs			FOP 2	Accept flights with feasible TTO's	Measure trajectory-based fuel consumption			Feasible Trajectory TTOs
Optimized TTOs			FOP 1	Optimize TTO's across trajectories to satisfy horizontal separations	Calculate projected TTOs for all waypoints with best fuel efficiency & schedule time fit
Optimized TTOs			FOP 2	Optimize TTO's across trajectories to satisfy horizontal separations	Optimize TTOs using gradient descent model & identify infeasible flights

Realized Elements

Conduct Low FIdelity Design Scenario Simulation

Diagrams displaying "Conduct Low FIdelity Design Scenario Simulation"