Uses of Class
bcds.phison.ra.TED

Packages that use TED

bcds.phison.alg	This package contains implementations of basic graph algorithms, for example, for finding connected components, and minimum max-flows between node pairs.
bcds.phison.gm	Classes in this package extract measurable properties of a graph, its nodes or links.
bcds.phison.io	Classes in this package deal with reading or writing files (topologies in different formats, demand type defintions, zone maps, etc.).
bcds.phison.multfailures
bcds.phison.ra	The routing algorithm (ra) package defines the interface expected by the Phison simulator and implements several well-known routing algorithms, such as Dijkstra, WSP and SWP.
bcds.phison.sim	This package comprises the simulator and several processing modules.

Uses of TED in bcds.phison.alg

Constructors in bcds.phison.alg with parameters of type TED

FloydWarshall(TED<V,E> ted)
Creates a new instance and saves the ted parameter for future use.

MaxFlowEK(TED<V,E> ted)
Creates a new instance and saves the ted parameter for future use.

Uses of TED in bcds.phison.gm

Constructors in bcds.phison.gm with parameters of type TED

BetweennessCentrality(TED<V,E> ted)

Uses of TED in bcds.phison.io

Constructors in bcds.phison.io with parameters of type TED

PropertyBasedFormatter(TED<V,E> ted, java.lang.String node_prop, java.lang.String link_prop)
Instantiates a formatter.

Uses of TED in bcds.phison.multfailures

Methods in bcds.phison.multfailures with parameters of type TED

void	ElemsSequencer.setup(TED<V,E> ted, Environ env) (Re)initializes the sequencer.
void	ElemsSequencerBase.setup(TED<V,E> ted, Environ env) Saves the parameters for future use.

Constructors in bcds.phison.multfailures with parameters of type TED

SequencerBC(TED<V,E> ted, Environ env)
Creates a new instance and calls setup to complete the initialization.

SequencerCC(TED<V,E> ted, Environ env)
Creates a new instance and calls setup to complete the initialization.

SequencerDegree(TED<V,E> ted, Environ env)
Creates a new instance and calls setup to complete the initialization.

SequencerFromFile(TED<V,E> ted, Environ env)
Creates a new instance and calls setup to complete the initialization.

SequencerRandom(TED<V,E> ted, Environ env)
Creates a new instance and calls setup to complete the initialization.

SequencerSpreaders(TED<V,E> ted, Environ env)
Creates a new instance and calls setup to complete the initialization.

SIDxPathFailures(TED<V,E> ted, float beta, float delta_1, float tau, float delta_2)
Creates a new instance that will operate on the given graph and with given rates.

Uses of TED in bcds.phison.ra

Methods in bcds.phison.ra that return TED

TED<V,E>

RoutingAlgBase.getTED() Returns a reference to the TED object.

Methods in bcds.phison.ra with parameters of type TED

void	DijkstraAll.setup(TED<V,E> ted, Environ env) Resets all internal data structures.
void	LIOA.setup(TED<V,E> ted, Environ env) Resets all internal data structures.
void	LMIR.setup(TED<V,E> ted, Environ env) Resets all internal data structures.
void	ProtDPP_MinCost.setup(TED<V,E> ted, Environ env) Resets all internal data structures.
void	ProtectionAlgBase.setup(TED<V,E> ted, Environ env) Initializes this object.
void	RoutingAlg.setup(TED<V,E> ted, Environ env) Performs initialization of a new instance.
void	RoutingAlgBase.setup(TED<V,E> ted, Environ env) Saves a copy of the reference to the TED object and to the environment object.
void	WSP.setup(TED<V,E> ted, Environ env) Resets all internal data structures.

Constructors in bcds.phison.ra with parameters of type TED

DijkstraAll(TED<V,E> ted, Environ env)
Creates a new instances and passes the parameters to setup.

DijkstraMaxWidth(TED<V,E> ted, Environ env)
Creates a new instances and passes the parameters to setup.

LIOA(TED<V,E> ted, Environ env)
Creates a new instance.

LMIR(TED<V,E> ted, Environ env)
Creates a new instance and passes the parameters to setup.

MinHop(TED<V,E> ted, Environ env)
Creates a new instance and passes the parameters to setup.

Null(TED<V,E> ted, Environ env)
Constructor.

ProtDPP_MinCost(TED<V,E> ted, Environ env)
Creates a new instance.

ProtDPP_MinCost(TED<V,E> ted, Environ env, Disjoinness dj)
Creates a new instance with the disjointness type set to dj.

SWP(TED<V,E> ted, Environ env)
Creates a new instance and passes the parameters to setup.

TED(TED<V,E> r)
A shallow copy constructor.

WSP(TED<V,E> ted, Environ env)
Creates a new a WSP object and passes the parameters to setup.

Uses of TED in bcds.phison.sim

Fields in bcds.phison.sim declared as TED

TED<V,E>

SimGlobals.ted Traffic engineering database.

Methods in bcds.phison.sim with parameters of type TED

static <V,E> LinkFailureEffect.Effect	LinkFailureEffect.determineEffect(ConnectionInfo<V,E> conn, E failed_e, TED<V,E> ted)
static <V,E> SimplePair<LinkFailureEffect.Effect,E>	LinkFailureEffect.determineEffectOfMultipleFailure(ConnectionInfo<V,E> conn, java.util.Collection<E> failed_e, TED<V,E> ted)
void	PmLinkFailure.registerLinkFailureEvent(bcds.phison.sim.PmLinkFailure.Stats st, SimEvents ev, E e, java.lang.String traf_type, TED<V,E> ted) Updates: - the number of concurrent link failures, - the list of links that have failed, - the number of connections affected by the failure, - the affected capacity, - the histogram "failure notification time".