| ArgParsing |
|
| Batch |
|
| BatchArrivalEvent |
Methods to treat the incoming of a Batch object.
|
| BatchDepartureEvent |
Methods to treat the outgoing of a Flow object.
|
| BulkData |
The BulkData class defines an object that can be thought of as a data amount transfer request
,going from a source node to a destination node within a specific deadline.
|
| BulkDataArrivalEvent |
Methods to treat the incoming of a BulkData object.
|
| BulkDepartureEvent |
Methods to treat the outgoing of a Flow object.
|
| ControlPlane |
The Control Plane is responsible for managing resources and connection within
the network.
|
| Core |
The Space Division Multiplexing Elastic Optical Network (SDM-EON) Core represents a Fiberlink core in an optical
network divided by slots.
|
| DatacenterGroup |
|
| EONLightPath |
|
| EONLink |
The Elastic Optical Network (EON) Link represents a Fiberlink in an optical
network divided by slots.
|
| EONOXC |
|
| EONPhysicalTopology |
|
| Event |
Event objects have only one attribute: scheduled time.
|
| EventScheduler |
The simulator's timeline is not defined by time itself, but by
events.
|
| Flow |
The Flow class defines an object that can be thought of as a flow
of data, going from a source node to a destination node.
|
| FlowArrivalEvent |
Methods to treat the incoming of a Flow object.
|
| FlowDepartureEvent |
Methods to treat the outgoing of a Flow object.
|
| LightPath |
In an optical network, a lightpath is a clear optical path which may traverse
several links in the network.
|
| Link |
|
| Main |
The Main class takes care of the execution of the simulator,
which includes dealing with the arguments called (or not) on
the command line.
|
| Modulation |
|
| MultiPath |
|
| MultiPathProtect |
|
| MyStatistics |
|
| OrdinaryEvent |
Methods to treat the outgoing of a Flow object.
|
| OXC |
The Optical Cross-Connects (OXCs) can switch the optical signal coming
in on a wavelenght of an input fiber link to the same wavelength in an
output fiber link.
|
| Path |
A path is nothing more than a list of lightpaths.
|
| PhysicalImpairments |
|
| PhysicalTopology |
The physical topology of a network refers to he physical layout of devices on
a network, or to the way that the devices on a network are arranged and how
they communicate with each other.
|
| SimulationRunner |
Simply runs the simulation, as long as there are events
scheduled to happen.
|
| Simulator |
Centralizes the simulation execution.
|
| Tracer |
Generates a trace file that contains information about what happened during
the simulation, such as arriving and departing flows, created lightpaths,
and accepted or blocked flows.
|
| TrafficGenerator |
Generates the network's traffic based on the information passed through the
command line arguments and the XML simulation file.
|
| VirtualTopology |
The virtual topology is created based on a given Physical Topology and on the
lightpaths specified on the XML file.
|
| WDMLightPath |
|
| WDMLink |
The Wavelength Division Multiplexing (WDM) Link represents a Fiberlink in an
optical network.
|
| WDMOXC |
|
| WDMPhysicalTopology |
|