 ns3 | Every class exported by the ns3 library is enclosed in the ns3 namespace |
  @1185 | |
  @1187 | |
  @1287 | |
  addressUtils | |
  aodv | |
   DuplicatePacketDetection | Helper class used to remember already seen packets and detect duplicates |
   IdCache | Unique packets identification cache used for simple duplicate detection |
   Neighbors | Maintain list of active neighbors |
    Neighbor | Neighbor description |
   TypeHeader | AODV types |
   RreqHeader | Route Request (RREQ) Message Format |
   RrepHeader | Route Reply (RREP) Message Format |
   RrepAckHeader | Route Reply Acknowledgment (RREP-ACK) Message Format |
   RerrHeader | Route Error (RERR) Message Format |
   RoutingProtocol | AODV routing protocol |
   QueueEntry | AODV Queue Entry |
   RequestQueue | AODV route request queue |
   RoutingTableEntry | Routing table entry |
   RoutingTable | The Routing table used by AODV protocol |
  Config | Configuration of simulation parameters and tracing |
   MatchContainer | Hold a set of objects which match a specific search string |
  dot11s | |
   AirtimeLinkMetricCalculator | Airtime link metric calculator |
   MeshHeader | Mesh Control field, see IEEE 802.11s draft 3.0 section 7.1.3.5b |
   HwmpProtocolMac | Interface MAC plugin for HWMP – 802.11s routing protocol |
   HwmpProtocol | Hybrid wireless mesh protocol – a routing protocol of IEEE 802.11s draft |
    FailedDestination | Structure of unreachable destination - address and sequence number |
   HwmpRtable | Routing table for HWMP – 802.11s routing protocol |
    LookupResult | Route lookup result, return type of LookupXXX methods |
   HwmpTag | Hwmp tag implements interaction between HWMP protocol and MeshWifiMac |
   IeBeaconTimingUnit | Describes one unit of beacon timing element |
   IeBeaconTiming | See 7.3.2.89 of 802.11s draft 2.07 |
   Dot11sMeshCapability | See 7.3.2.86.7 in 802.11s draft 3.0 |
   IeConfiguration | Describes Mesh Configuration Element see 7.3.2.86 of 802.11s draft 3.0 |
   IeMeshId | IEEE 802.11s Mesh ID 7.3.287 of 802.11s draft 3.0 |
   IeLinkMetricReport | IEEE 802.11s Mesh ID 7.3.2.88 of 802.11s draft 3.0 |
   IePeerManagement | See 7.3.2.85 of draft 2.07 |
   IePeeringProtocol | |
   IePerr | See 7.3.2.98 of 802.11s draft 2.07 |
   IePrep | See 7.3.2.97 of 802.11s draft 2.07 |
   DestinationAddressUnit | Describes an address unit in PREQ information element See 7.3.2.96 for more details |
   IePreq | See 7.3.2.96 of 802.11s draft 2.07 |
   IeRann | See 7.3.2.95 of 802.11s draft 2.07 |
   PeerLinkFrameStart | 802.11s Peer link management frame |
    PlinkFrameStartFields | Fields: |
   PeerLink | Peer link model for 802.11s Peer Management protocol |
   PeerManagementProtocolMac | This is plugin to Mesh WiFi MAC, which implements interface to dot11s peer management protocol: it takes proper frames from MAC-layer, extracts peer link management information element and mesh configuration element and passes it to main part of protocol |
   PeerManagementProtocol | 802.11s Peer Management Protocol model |
  dsdv | |
   QueueEntry | DSDV Queue Entry |
   PacketQueue | DSDV Packet queue |
   DsdvHeader | DSDV Update Packet Format |
   RoutingProtocol | DSDV routing protocol |
   RoutingTableEntry | Routing table entry |
   RoutingTable | The Routing table used by DSDV protocol |
  dsr | |
   ErrorBuffEntry | DSR Error Buffer Entry |
   ErrorBuffer | DSR error buffer |
   DsrFsHeader | Dsr fixed size header Format |
   DsrOptionField | |
   DsrRoutingHeader | Header of Dsr Routing |
   GraReplyEntry | |
   GraReply | Maintain the gratuitous reply |
   NetworkKey | |
   PassiveKey | |
   MaintainBuffEntry | DSR Maintain Buffer Entry |
   MaintainBuffer | DSR maintain buffer |
   DsrNetworkQueueEntry | DSR Network Queue Entry |
   DsrNetworkQueue | |
   DsrOptionHeader | Header for Dsr Options |
    Alignment | Alignment requirements of an option header |
   DsrOptionPad1Header | Header of Dsr Option Pad1 |
   DsrOptionPadnHeader | Header of Dsr Option Padn |
   DsrOptionRreqHeader | Route Request (RREQ) Message Format |
   DsrOptionRrepHeader | Route Reply (RREP) Message Format |
   DsrOptionSRHeader | Source Route (SR) Message Format |
   DsrOptionRerrHeader | Header of Dsr Option Route Error |
   DsrOptionRerrUnreachHeader | Route Error (RERR) Unreachable node address option Message Format |
   DsrOptionRerrUnsupportHeader | Route Error (RERR) Unsupported option Message Format |
   DsrOptionAckReqHeader | Acknowledgement Request (ACK_RREQ) Message Format |
   DsrOptionAckHeader | Acknowledgement (ACK) Message Format |
   DsrOptions | |
   DsrOptionPad1 | Dsr Option Pad1 |
   DsrOptionPadn | IPv4 Option Padn |
   DsrOptionRreq | Dsr Option Rreq |
   DsrOptionRrep | Dsr Option Route Reply |
   DsrOptionSR | Dsr Option Source Route |
   DsrOptionRerr | Dsr Option Route Error |
   DsrOptionAckReq | Dsr Option |
   DsrOptionAck | Dsr Option Ack |
   Link | DSR Route Cache Entry |
   LinkStab | |
   NodeStab | |
   RouteCacheEntry | |
   RouteCache | DSR route request queue Since DSR is an on demand routing we queue requests while looking for route |
    Neighbor | |
   DsrRouting | Dsr Routing base |
   BlackList | |
   RreqTableEntry | |
   SourceRreqEntry | |
   RreqTable | Maintain list of RreqTable entry |
   SendBuffEntry | DSR Send Buffer Entry |
   SendBuffer | DSR send buffer |
  FatalImpl | |
  flame | |
   FlameHeader | Flame header |
   FlameProtocolMac | Interface MAC plugin FLAME routing protocol |
   FlameTag | Transmitter and receiver addresses |
   FlameProtocol | FLAME routing protocol |
   FlameRtable | Routing table for FLAME |
    LookupResult | Route lookup result, return type of LookupXXX methods |
  internal | |
   AnObjectPtrContainerChecker | |
   APointerChecker | |
  ofi | |
   Port | Port and its metadata |
   Stats | |
    FlowStatsState | State of the FlowStats request/reply |
    PortStatsState | State of the PortStats request/reply |
   Action | Class for handling flow table actions |
   VPortAction | Class for handling virtual port table actions |
   EricssonAction | Class for handling Ericsson Vendor-defined actions |
   StatsDumpCallback | Callback for a stats dump request |
   SwitchPacketMetadata | Packet Metadata, allows us to track the packet's metadata as it passes through the switch |
   Controller | An interface for a Controller of OpenFlowSwitchNetDevices |
   DropController | |
   LearningController | |
    LearnedState | |
  olsr | |
   @971 | |
   PacketHeader | |
   MessageHeader | |
    Hello | |
     LinkMessage | |
    Hna | |
     Association | |
    Mid | |
    Tc | |
   IfaceAssocTuple | An Interface Association Tuple |
   LinkTuple | A Link Tuple |
   NeighborTuple | A Neighbor Tuple |
   TwoHopNeighborTuple | A 2-hop Tuple |
   MprSelectorTuple | An MPR-Selector Tuple |
   DuplicateTuple | The type "list of interface addresses" |
   TopologyTuple | A Topology Tuple |
   Association | Association |
   AssociationTuple | An Association Tuple |
   RoutingTableEntry | An OLSR's routing table entry |
   RoutingProtocol | OLSR routing protocol for IPv4 |
  SystemPath | Encapsulate OS-specific functions to manipulate file and directory paths |
  Angles | |
  AntennaModel | Interface for antenna radiation pattern models |
  CosineAntennaModel | Cosine Antenna Model |
  IsotropicAntennaModel | Isotropic antenna model |
  ParabolicAntennaModel | Antenna model based on a parabolic approximation of the main lobe radiation pattern |
  AodvHelper | Helper class that adds AODV routing to nodes |
  BulkSendHelper | A helper to make it easier to instantiate an ns3::BulkSendApplication on a set of nodes |
  OnOffHelper | A helper to make it easier to instantiate an ns3::OnOffApplication on a set of nodes |
  PacketSinkHelper | A helper to make it easier to instantiate an ns3::PacketSinkApplication on a set of nodes |
  Ping6Helper | Ping6 application helper |
  UdpServerHelper | Create a server application which waits for input udp packets and uses the information carried into their payload to compute delay and to determine if some packets are lost |
  UdpClientHelper | Create a client application which sends udp packets carrying a 32bit sequence number and a 64 bit time stamp |
  UdpTraceClientHelper | |
  UdpEchoServerHelper | Create a server application which waits for input udp packets and sends them back to the original sender |
  UdpEchoClientHelper | Create an application which sends a udp packet and waits for an echo of this packet |
  V4PingHelper | Create a pinger application and associate it to a node |
  BulkSendApplication | |
  OnOffApplication | Generate traffic to a single destination according to an OnOff pattern |
  PacketLossCounter | |
  PacketSink | Receive and consume traffic generated to an IP address and port |
  Ping6 | A ping6 application |
  RadvdInterface | Radvd interface configuration |
  RadvdPrefix | Router prefix for radvd application |
  Radvd | Router advertisement daemon |
  SeqTsHeader | Packet header for Udp client/server application The header is made of a 32bits sequence number followed by a 64bits time stamp |
  UdpClient | A Udp client. Sends UDP packet carrying sequence number and time stamp in their payloads |
  UdpEchoClient | A Udp Echo client |
  UdpEchoServer | A Udp Echo server |
  UdpServer | A Udp server. Receives UDP packets from a remote host. UDP packets carry a 32bits sequence number followed by a 64bits time stamp in their payloads. The application uses, the sequence number to determine if a packet is lost, and the time stamp to compute the delay |
  V4Ping | Application which sends one ICMP ECHO request, waits for a REPLYs and reports the calculated RTT |
  BridgeHelper | Add capability to bridge multiple LAN segments (IEEE 802.1D bridging) |
  BridgeChannel | Virtual channel implementation for bridges (BridgeNetDevice) |
  BridgeNetDevice | Virtual net device that bridges multiple LAN segments |
  GridBuildingAllocator | Allocate buildings on a rectangular 2d grid |
  BuildingContainer | Keep track of a set of building pointers |
  RandomBuildingPositionAllocator | |
  RandomRoomPositionAllocator | |
  SameRoomPositionAllocator | |
  BuildingsHelper | |
  BuildingList | |
  Building | 3d building block |
  BuildingsMobilityModel | Buildings mobility model |
  BuildingsPropagationLossModel | |
   ShadowingLoss | |
  HybridBuildingsPropagationLossModel | The HybridBuildingsPropagationModel is a compound of different models able to evaluate the pathloss from 200 to 2600 MHz, in different environments and with buildings (i.e., indoor and outdoor communications) |
  ItuR1238PropagationLossModel | |
  OhBuildingsPropagationLossModel | |
  Ipv4ClickRouting | Class to allow a node to use Click for external routing |
  Ipv4L3ClickProtocol | Implement the Ipv4 layer specifically for Click nodes to allow a clean integration of Click.This is code is mostly repeated from the Ipv4L3Protocol implementation. Changes include: |
  AttributeDefaultIterator | |
  AttributeIterator | |
  ConfigStore | |
  FileConfig | |
  NoneFileConfig | |
  GtkConfigStore | A class that provides a GTK-based front end to ns3::ConfigStore |
  ModelNode | |
  ModelCreator | |
  ModelTypeid | |
  ModelTypeidCreator | |
  RawTextConfigSave | |
  RawTextConfigLoad | |
  XmlConfigSave | |
  XmlConfigLoad | |
  AccessorTrait | |
  AccessorHelper | |
  AttributeConstructionList | |
   Item | |
  AttributeValue | Hold a value for an Attribute |
  AttributeAccessor | Allow setting and getting the value of an attribute |
  AttributeChecker | Represent the type of an attribute |
  EmptyAttributeValue | A class for an empty attribute value |
  BooleanValue | Hold a bool native type |
  CalendarScheduler | Calendar queue event scheduler |
  CallbackTraits< T * > | |
  CallbackImplBase | |
  CallbackImpl< R, empty, empty, empty, empty, empty, empty, empty, empty, empty > | |
  CallbackImpl< R, T1, empty, empty, empty, empty, empty, empty, empty, empty > | |
  CallbackImpl< R, T1, T2, empty, empty, empty, empty, empty, empty, empty > | |
  CallbackImpl< R, T1, T2, T3, empty, empty, empty, empty, empty, empty > | |
  CallbackImpl< R, T1, T2, T3, T4, empty, empty, empty, empty, empty > | |
  CallbackImpl< R, T1, T2, T3, T4, T5, empty, empty, empty, empty > | |
  CallbackImpl< R, T1, T2, T3, T4, T5, T6, empty, empty, empty > | |
  CallbackImpl< R, T1, T2, T3, T4, T5, T6, T7, empty, empty > | |
  CallbackImpl< R, T1, T2, T3, T4, T5, T6, T7, T8, empty > | |
  CallbackImpl | |
  FunctorCallbackImpl | |
  MemPtrCallbackImpl | |
  BoundFunctorCallbackImpl | |
  CallbackBase | |
  Callback | Callback template class |
  CallbackValue | |
  CommandLine | Parse command-line argumentsInstances of this class can be used to parse command-line arguments: users can register new arguments with CommandLine::AddValue but the most important functionality provided by this class is that it can be used to set the 'initial value' of every attribute in the system with the |
  DefaultDeleter | Template used to delete objects by the *RefCount<> templates when the last reference to an object they manage disappears |
  DefaultSimulatorImpl | |
  DoubleValue | Hold an floating point type |
  empty | Make Callback use a separate empty type |
  EnumValue | Hold variables of type 'enum' |
  EnumChecker | |
  EventId | Identifier for simulation events |
  EventImpl | Simulation event |
  GlobalValue | Hold a so-called 'global value' |
  HeapScheduler | Binary heap event scheduler |
  IntToType | |
  IntegerValue | Hold a signed integer type |
  ListScheduler | Std::list event scheduler |
  LogComponent | |
  ParameterLogger | |
  EventMemberImplObjTraits< T * > | |
  MapScheduler | Std::map event scheduler |
  Names | A directory of name and Ptr<Object> associations that allows us to give any ns3 Object a name |
  Time | Keep track of time unit |
  TimeValue | Hold objects of type ns3::Time |
  ObjectBase | Implement the ns-3 type and attribute system |
  ObjectFactory | Instantiate subclasses of ns3::Object |
  ObjectPtrContainerValue | Contain a set of ns3::Object pointers |
  ObjectPtrContainerChecker | |
  ObjectPtrContainerAccessor | |
  ObjectDeleter | |
  Object | Base class which provides memory management and object aggregation |
   AggregateIterator | Iterate over the objects aggregated to an ns3::Object |
  PointerValue | Hold objects of type Ptr<T> |
  PointerChecker | |
  Ptr | Smart pointer class similar to boost::intrusive_ptr |
  CallbackTraits< Ptr< T > > | |
  EventMemberImplObjTraits< Ptr< T > > | |
  SeedManager | |
  RandomVariable | The basic RNG for NS-3.Note: The underlying random number generation method used by NS-3 is the RngStream code by Pierre L'Ecuyer at the University of Montreal |
  UniformVariable | The uniform distribution RNG for NS-3.This class supports the creation of objects that return random numbers from a fixed uniform distribution. It also supports the generation of single random numbers from various uniform distributions |
  ConstantVariable | A random variable that returns a constantClass ConstantVariable defines a random number generator that returns the same value every sample |
  SequentialVariable | Return a sequential list of valuesClass SequentialVariable defines a random number generator that returns a sequential sequence. The sequence monotonically increases for a period, then wraps around to the low value and begins monotonically increasing again |
  ExponentialVariable | Exponentially Distributed random varThis class supports the creation of objects that return random numbers from a fixed exponential distribution. It also supports the generation of single random numbers from various exponential distributions |
  ParetoVariable | ParetoVariable distributed random varThis class supports the creation of objects that return random numbers from a fixed pareto distribution. It also supports the generation of single random numbers from various pareto distributions |
  WeibullVariable | WeibullVariable distributed random varThis class supports the creation of objects that return random numbers from a fixed weibull distribution. It also supports the generation of single random numbers from various weibull distributions |
  NormalVariable | Class NormalVariable defines a random variable with a normal (Gaussian) distribution.This class supports the creation of objects that return random numbers from a fixed normal distribution. It also supports the generation of single random numbers from various normal distributions |
  EmpiricalVariable | EmpiricalVariable distribution random varDefines a random variable that has a specified, empirical distribution. The distribution is specified by a series of calls to the CDF member function, specifying a value and the probability that the function value is less than the specified value. When values are requested, a uniform random variable is used to select a probability, and the return value is interpreted linearly between the two appropriate points in the CDF. The method is known as inverse transform sampling: (http://en.wikipedia.org/wiki/Inverse_transform_sampling) |
  IntEmpiricalVariable | Integer-based empirical distributionDefines an empirical distribution where all values are integers. Indentical to EmpiricalVariable, except that the inverse transform sampling interpolation described in the EmpiricalVariable documentation is modified to only return integers |
  DeterministicVariable | Non-random variableDefines a random variable that has a specified, predetermined sequence. This would be useful when trying to force the RNG to return a known sequence, perhaps to compare NS-3 to some other simulator |
  LogNormalVariable | Log-normal Distributed random varLogNormalVariable defines a random variable with log-normal distribution. If one takes the natural logarithm of random variable following the log-normal distribution, the obtained values follow a normal distribution. This class supports the creation of objects that return random numbers from a fixed lognormal distribution. It also supports the generation of single random numbers from various lognormal distributions |
  GammaVariable | Gamma Distributed Random VariableGammaVariable defines a random variable with gamma distribution |
  ErlangVariable | Erlang Distributed Random VariableErlangVariable defines a random variable with Erlang distribution |
  ZipfVariable | Zipf Distributed Random VariableZipfVariable defines a discrete random variable with Zipf distribution |
  ZetaVariable | Zeta Distributed Distributed Random VariableZetaVariable defines a discrete random variable with Zeta distribution |
  TriangularVariable | Triangularly Distributed random varThis distribution is a triangular distribution. The probability density is in the shape of a triangle |
  RandomVariableValue | Hold objects of type ns3::RandomVariable |
  RealtimeSimulatorImpl | |
  RefCountBase | A deprecated way to get reference-counting powers |
  RngStream | Combined Multiple-Recursive Generator MRG32k3a |
  Scheduler | Maintain the event list |
   Event | |
   EventKey | |
  SimpleRefCount | A template-based reference counting class |
  SimulationSingleton | |
  SimulatorImpl | |
  Simulator | Control the scheduling of simulation events |
  Singleton | Template singleton |
  StringValue | Hold variables of type string |
  Synchronizer | Base class used for synchronizing the simulation events to some real time "wall clock." |
  SystemCondition | A class which provides a relatively platform-independent conditional-wait thread synchronization primitive |
  SystemMutex | A class which provides a relatively platform-independent Mutual Exclusion thread synchronization primitive |
  CriticalSection | A class which provides a simple way to implement a Critical Section |
  SystemThread | A class which provides a relatively platform-independent thread primitive |
  SystemWallClockMs | Measure elapsed time in milliseconds |
  TestCase | Encapsulates test code |
  TestSuite | A suite of tests to run |
  TestRunner | A runner to execute tests |
  TestVectors | A simple way to store test vectors (for stimulus or from responses) |
  TimerImpl | |
  TimerImplOne | |
  TimerImplTwo | |
  TimerImplThree | |
  TimerImplFour | |
  TimerImplFive | |
  TimerImplSix | |
  TimerTraits | |
  TimerImplMemberTraits< T * > | |
  Timer | Simple Timer class |
  TraceSourceAccessor | Control access to objects' trace sources |
  TracedCallback | Forward calls to a chain of CallbackAn ns3::TracedCallback has almost exactly the same API as a normal ns3::Callback but instead of forwarding calls to a single function (as an ns3::Callback normally does), it forwards calls to a chain of ns3::Callback. TracedCallback::Connect adds a ns3::Callback at the end of the chain of callbacks. TracedCallback::Disconnect removes a ns3::Callback from the chain of callbacks |
  TracedValue | Trace classes with value semantics |
  TypeId | Unique identifier for an interface |
   AttributeInformation | |
   TraceSourceInformation | |
  UintegerValue | Hold an unsigned integer type |
  FdReader | A class that asynchronously reads from a file descriptor |
   Data | |
  Vector3D | 3d vector |
  Vector2D | 3d vector |
  WallClockSynchronizer | Class used for synchronizing the simulation events to a real-time "wall clock" using Posix Clock functions |
  Watchdog | Very simple watchdog |
  CsmaHelper | Build a set of CsmaNetDevice objects |
  Backoff | The backoff class is used for calculating backoff times when many net devices can write to the same channel |
  CsmaDeviceRec | CsmaNetDevice Record |
  CsmaChannel | Csma Channel |
  CsmaNetDevice | A Device for a Csma Network Link |
  CsmaStarHelper | A helper to make it easier to create a star topology with Csma links |
  DsdvHelper | Helper class that adds DSDV routing to nodes |
  DsrHelper | |
  DsrMainHelper | Helper class that adds DSR routing to nodes |
  EmuHelper | Build a set of EmuNetDevice objects |
  EmuNetDevice | A Device for an Emu Network Link |
  BasicEnergySourceHelper | Creates a BasicEnergySource object |
  EnergySourceHelper | Creates EnergySource objects |
  DeviceEnergyModelHelper | Creates DeviceEnergyModel objects |
  EnergySourceContainer | Holds a vector of ns3::EnergySource pointers |
  RvBatteryModelHelper | Creates a RvBatteryModel object |
  WifiRadioEnergyModelHelper | Assign WifiRadioEnergyModel to wifi devices |
  BasicEnergySource | |
  DeviceEnergyModelContainer | Holds a vector of ns3::DeviceEnergyModel pointers |
  DeviceEnergyModel | Base class for device energy models |
  EnergySource | Energy source base class |
  LiIonEnergySource | Model a generic Lithium Ion Battery basing on [1][2] |
  RvBatteryModel | Rakhmatov Vrudhula non-linear battery model |
  SimpleDeviceEnergyModel | |
  WifiRadioEnergyModelPhyListener | |
  WifiRadioEnergyModel | A WiFi radio energy model |
  FlowMonitorHelper | Helper to enable IPv4 flow monitoring on a set of Nodes |
  FlowClassifier | |
  FlowMonitor | An object that monitors and reports back packet flows observed during a simulation |
   FlowStats | Structure that represents the measured metrics of an individual packet flow |
  FlowProbe | |
   FlowStats | |
  Histogram | |
  Ipv4FlowClassifier | |
   FiveTuple | |
  Ipv4FlowProbe | Class that monitors flows at the IPv4 layer of a Node |
  InternetStackHelper | Aggregate IP/TCP/UDP functionality to existing Nodes |
  PcapHelperForIpv4 | Base class providing common user-level pcap operations for helpers representing IPv4 protocols |
  AsciiTraceHelperForIpv4 | Base class providing common user-level ascii trace operations for helpers representing IPv4 protocols |
  PcapHelperForIpv6 | Base class providing common user-level pcap operations for helpers representing IPv6 protocols |
  AsciiTraceHelperForIpv6 | Base class providing common user-level ascii trace operations for helpers representing IPv6 protocols |
  Ipv4AddressHelper | A helper class to make life easier while doing simple IPv4 address assignment in scripts |
  Ipv4GlobalRoutingHelper | Helper class that adds ns3::Ipv4GlobalRouting objects |
  Ipv4InterfaceContainer | Holds a vector of std::pair of Ptr<Ipv4> and interface index |
  Ipv4ListRoutingHelper | Helper class that adds ns3::Ipv4ListRouting objects |
  Ipv4RoutingHelper | Factory to create ns3::Ipv4RoutingProtocol objects |
  Ipv4StaticRoutingHelper | Helper class that adds ns3::Ipv4StaticRouting objects |
  Ipv6AddressHelper | Helper class to auto-assign global IPv6 unicast addresses |
  Ipv6InterfaceContainer | Keep track of a set of IPv6 interfaces |
  Ipv6ListRoutingHelper | Helper class that adds ns3::Ipv6ListRouting objects |
  Ipv6RoutingHelper | A factory to create ns3::Ipv6RoutingProtocol objects |
  Ipv6StaticRoutingHelper | Helper class that adds ns3::Ipv6StaticRouting objects |
  ArpCache | An ARP cache |
   Entry | A record that that holds information about an ArpCache entry |
  ArpHeader | The packet header for an ARP packet |
  ArpL3Protocol | An implementation of the ARP protocol |
  CandidateQueue | A Candidate Queue used in static routing |
  SPFVertex | Vertex used in shortest path first (SPF) computations. See RFC 2328, Section 16 |
  GlobalRouteManagerLSDB | The Link State DataBase (LSDB) of the Global Route Manager |
  GlobalRouteManagerImpl | A global router implementation |
  GlobalRouteManager | A global global router |
  GlobalRoutingLinkRecord | A single link record for a link state advertisement |
  GlobalRoutingLSA | Link State Advertisement (LSA) for a router, used in global routing |
  GlobalRouter | An interface aggregated to a node to provide global routing info |
  Icmpv4L4Protocol | |
  Icmpv4Header | |
  Icmpv4Echo | |
  Icmpv4DestinationUnreachable | |
  Icmpv4TimeExceeded | |
  Icmpv6Header | ICMPv6 header |
  Icmpv6OptionHeader | ICMPv6 option header |
  Icmpv6NS | ICMPv6 Neighbor Solicitation header |
  Icmpv6NA | ICMPv6 Neighbor Advertisement header |
  Icmpv6RA | ICMPv6 Router Advertisement header |
  Icmpv6RS | ICMPv6 Router Solicitation header |
  Icmpv6Redirection | ICMPv6 Redirection header |
  Icmpv6Echo | ICMPv6 Echo message |
  Icmpv6DestinationUnreachable | ICMPv6 Error Destination Unreachable header |
  Icmpv6TooBig | ICMPv6 Error Too Big header |
  Icmpv6TimeExceeded | ICMPv6 Error Time Exceeded header |
  Icmpv6ParameterError | ICMPv6 Error Parameter Error header |
  Icmpv6OptionMtu | ICMPv6 MTU option |
  Icmpv6OptionPrefixInformation | ICMPv6 Option Prefix Information |
  Icmpv6OptionLinkLayerAddress | ICMPv6 link-layer address option |
  Icmpv6OptionRedirected | ICMPv6 redirected option |
  Icmpv6L4Protocol | An implementation of the ICMPv6 protocol |
  IpL4Protocol | L4 Protocol abstract base class |
  Ipv4AddressGenerator | This generator assigns addresses sequentially from a provided network address; used in topology code |
  Ipv4EndPointDemux | Demultiplexes packets to various transport layer endpoints |
  Ipv4EndPoint | A representation of an internet endpoint/connection |
  Ipv4GlobalRouting | Global routing protocol for IP version 4 stacks |
  Ipv4Header | Packet header for IPv4 |
  Ipv4InterfaceAddress | Class to store IPv4 address information on an interface |
  Ipv4Interface | The IPv4 representation of a network interface |
  Ipv4L3Protocol | Implement the Ipv4 layer |
  Ipv4ListRouting | |
  Ipv4PacketInfoTag | This class implements Linux struct pktinfo in order to deliver ancillary information to the socket interface. This is used with socket option such as IP_PKTINFO, IP_RECVTTL, IP_RECVTOS. See linux manpage ip(7) |
  Ipv4RawSocketFactoryImpl | |
  Ipv4RawSocketFactory | API to create RAW socket instances |
  Ipv4RawSocketImpl | |
  Ipv4Route | Ipv4 route cache entry (similar to Linux struct rtable) |
  Ipv4MulticastRoute | Ipv4 multicast route cache entry (similar to Linux struct mfc_cache) |
  Ipv4RoutingProtocol | Abstract base class for IPv4 routing protocols |
  Ipv4RoutingTableEntry | |
  Ipv4MulticastRoutingTableEntry | A record of an IPv4 multicast route for Ipv4GlobalRouting and Ipv4StaticRouting |
  Ipv4StaticRouting | Static routing protocol for IP version 4 stacks |
  Ipv4 | Access to the Ipv4 forwarding table, interfaces, and configuration |
  Ipv6AddressGenerator | This generator assigns addresses sequentially from a provided network address; used in topology code. It also keeps track of all addresses assigned to perform duplicate detection |
  Ipv6AutoconfiguredPrefix | Router prefix information |
  Ipv6EndPointDemux | Demultiplexor for end points |
  Ipv6EndPoint | An IPv6 end point, four tuples identification |
  Ipv6ExtensionDemux | Demultiplexes IPv6 extensions |
  Ipv6ExtensionHeader | Header for IPv6 Extension |
  OptionField | Option field for an IPv6ExtensionHeader Enables adding options to an IPv6ExtensionHeader |
  Ipv6ExtensionHopByHopHeader | Header of IPv6 Extension "Hop by Hop" |
  Ipv6ExtensionDestinationHeader | Header of IPv6 Extension Destination |
  Ipv6ExtensionFragmentHeader | Header of IPv6 Extension Fragment |
  Ipv6ExtensionRoutingHeader | Header of IPv6 Extension Routing |
  Ipv6ExtensionLooseRoutingHeader | Header of IPv6 Extension Routing : Type 0 (Loose Routing) |
  Ipv6ExtensionESPHeader | Header of IPv6 Extension ESP |
  Ipv6ExtensionAHHeader | Header of IPv6 Extension AH |
  Ipv6Extension | IPv6 Extension base If you want to implement a new IPv6 extension, all you have to do is implement a subclass of this class and add it to an Ipv6ExtensionDemux |
  Ipv6ExtensionHopByHop | IPv6 Extension "Hop By Hop" |
  Ipv6ExtensionDestination | IPv6 Extension Destination |
  Ipv6ExtensionFragment | IPv6 Extension Fragment |
  Ipv6ExtensionRouting | IPv6 Extension Routing If you want to implement a new IPv6 routing extension, all you have to do is implement a subclass of this class and add it to an Ipv6ExtensionRoutingDemux |
  Ipv6ExtensionRoutingDemux | IPv6 Extension Routing Demux |
  Ipv6ExtensionLooseRouting | IPv6 Extension Loose Routing |
  Ipv6ExtensionESP | IPv6 Extension ESP (Encapsulating Security Payload) |
  Ipv6ExtensionAH | IPv6 Extension AH (Authentication Header) |
  Ipv6Header | Packet header for IPv6 |
  Ipv6InterfaceAddress | IPv6 address associated with an interface |
  Ipv6Interface | The IPv6 representation of a network interface |
  Ipv6L3Protocol | IPv6 layer implementation |
  Ipv6ListRouting | Hold list of Ipv6RoutingProtocol objects |
  Ipv6OptionDemux | IPv6 Option Demux |
  Ipv6OptionHeader | Header for IPv6 Option |
   Alignment | Alignment requirements of an option header |
  Ipv6OptionPad1Header | Header of IPv6 Option Pad1 |
  Ipv6OptionPadnHeader | Header of IPv6 Option Padn |
  Ipv6OptionJumbogramHeader | Header of IPv6 Option Jumbogram |
  Ipv6OptionRouterAlertHeader | Header of IPv6 Option Router Alert |
  Ipv6Option | IPv6 Option base |
  Ipv6OptionPad1 | IPv6 Option Pad1 |
  Ipv6OptionPadn | IPv6 Option Padn |
  Ipv6OptionJumbogram | IPv6 Option Jumbogram |
  Ipv6OptionRouterAlert | IPv6 Option Router Alert |
  Ipv6PacketInfoTag | This class implements a tag that carries socket ancillary data to the socket interface. This is used like socket option of IP_PKTINFO/IPV6_PKTINFO in RFC 3542 See: http://tools.ietf.org/html/rfc3542 |
  Ipv6RawSocketFactoryImpl | Implementation of IPv6 raw socket factory |
  Ipv6RawSocketFactory | API to create IPv6 RAW socket instances |
  Ipv6RawSocketImpl | IPv6 raw socket |
  Ipv6Route | IPv6 route cache entry |
  Ipv6MulticastRoute | IPv6 multicast route entry |
  Ipv6RoutingProtocol | Abstract base class for Ipv6 routing protocols |
  Ipv6RoutingTableEntry | A record of an IPv6 route |
  Ipv6MulticastRoutingTableEntry | A record of an IPv6 multicast route |
  Ipv6StaticRouting | Static routing protocol for IP version 6 stack |
  Ipv6 | Access to the IPv6 forwarding table, interfaces, and configuration |
  LoopbackNetDevice | Virtual network interface that loops back any data sent to it to be immediately received on the same interface |
  NdiscCache | IPv6 Neighbor Discovery cache |
   Entry | A record that holds information about an NdiscCache entry |
  Ns3NscStack | |
  NscTcpL4Protocol | Nsc wrapper glue, to interface with the Ipv4 protocol underneath |
  NscTcpSocketFactoryImpl | Socket factory implementation for creating instances of NSC TCP |
  NscTcpSocketImpl | Socket logic for the NSC TCP sockets |
  PendingData | Class for managing I/O between applications and TCP |
  RttHistory | Helper class to store RTT measurements |
  RttEstimator | Base class for all RTT Estimators |
  RttMeanDeviation | The "Mean--Deviation" RTT estimator, as discussed by Van Jacobson |
  TcpHeader | Header for the Transmission Control Protocol |
  TcpL4Protocol | A layer between the sockets interface and IP |
  TcpNewReno | An implementation of a stream socket using TCP |
  TcpReno | An implementation of a stream socket using TCP |
  TcpRfc793 | An implementation of a stream socket using TCP |
  TcpRxBuffer | Class for the reordering buffer that keeps the data from lower layer, i.e. TcpL4Protocol, sent to the application |
  TcpSocketBase | A base class for implementation of a stream socket using TCP |
  TcpSocketFactoryImpl | Socket factory implementation for native ns-3 TCP |
  TcpSocketFactory | API to create TCP socket instances |
  TcpSocket | (abstract) base class of all TcpSockets |
  TcpTahoe | An implementation of a stream socket using TCP |
  TcpTxBuffer | Class for keeping the data sent by the application to the TCP socket, i.e. the sending buffer |
  UdpHeader | Packet header for UDP packets |
  UdpL4Protocol | Implementation of the UDP protocol |
  UdpSocketFactoryImpl | Object to create UDP socket instances |
  UdpSocketFactory | API to create UDP socket instances |
  UdpSocketImpl | A sockets interface to UDP |
  UdpSocket | (abstract) base class of all UdpSockets |
  EpcHelper | Helper class to handle the creation of the EPC entities and protocols |
  LteHelper | |
  LteHexGridEnbTopologyHelper | |
  LteStatsCalculator | |
  MacStatsCalculator | |
  RadioBearerStatsCalculator | |
  RadioEnvironmentMapHelper | |
  EpcEnbApplication | |
  GtpuHeader | |
  EpcSgwPgwApplication | |
  EpcTftClassifier | Classifies IP packets accoding to Traffic Flow Templates (TFTs) |
  EpcTft | |
   PacketFilter | |
  GbrQosInformation | |
  AllocationRetentionPriority | |
  EpsBearer | |
  FfMacCschedSapProvider | Provides the CSCHED SAP |
   CschedCellConfigReqParameters | |
   CschedLcConfigReqParameters | |
   CschedLcReleaseReqParameters | |
   CschedUeConfigReqParameters | |
   CschedUeReleaseReqParameters | |
  FfMacCschedSapUser | |
   CschedCellConfigCnfParameters | |
   CschedCellConfigUpdateIndParameters | |
   CschedLcConfigCnfParameters | |
   CschedLcReleaseCnfParameters | |
   CschedUeConfigCnfParameters | |
   CschedUeConfigUpdateIndParameters | |
   CschedUeReleaseCnfParameters | |
  FfMacSchedSapProvider | Provides the SCHED SAP |
   SchedDlCqiInfoReqParameters | |
   SchedDlMacBufferReqParameters | |
   SchedDlPagingBufferReqParameters | |
   SchedDlRachInfoReqParameters | |
   SchedDlRlcBufferReqParameters | |
   SchedDlTriggerReqParameters | |
   SchedUlCqiInfoReqParameters | |
   SchedUlMacCtrlInfoReqParameters | |
   SchedUlNoiseInterferenceReqParameters | |
   SchedUlSrInfoReqParameters | |
   SchedUlTriggerReqParameters | |
  FfMacSchedSapUser | |
   SchedDlConfigIndParameters | |
   SchedUlConfigIndParameters | |
  FfMacScheduler | |
  IdealControlMessage | |
  DlDciIdealControlMessage | |
  UlDciIdealControlMessage | |
  DlCqiIdealControlMessage | |
  BsrIdealControlMessage | |
  LteAmc | Implements the Adaptive Modulation And Coding Scheme as proposed in 3GPP TSG-RAN WG1 - R1-081483 http://www.3gpp.org/ftp/tsg_ran/WG1_RL1/TSGR1_52b/Docs/R1-081483.zip |
  LteFlowId_t | |
  ImsiLcidPair_t | |
  LteUeConfig_t | |
  LteFfConverter | |
  BufferSizeLevelBsr | |
  TransmissionModesLayers | |
  LteEnbCmacSapProvider | |
   LcInfo | |
  LteEnbCmacSapUser | |
  LteEnbMac | |
  LteEnbNetDevice | |
  LteEnbPhySapProvider | |
  LteEnbPhySapUser | |
  LteEnbPhy | |
  UeInfo | |
  LteEnbRrc | |
  LteInterference | |
  LteMacSapProvider | |
   ReportBufferStatusParameters | |
   TransmitPduParameters | |
  LteMacSapUser | |
  EnbMacMemberLteMacSapProvider | |
  LteMiErrorModel | |
  LteNetDevice | |
  LtePdcpHeader | The packet header for the Packet Data Convergence Protocol (PDCP) packets |
  LtePdcpSapProvider | |
   TransmitRrcPduParameters | |
  LtePdcpSapUser | |
   ReceiveRrcPduParameters | |
  LtePdcpSpecificLtePdcpSapProvider | |
  LtePdcpSpecificLtePdcpSapUser | |
  PdcpTag | |
  LtePdcp | |
  LtePhyTag | |
  LtePhy | |
  LteRadioBearerInfo | |
  LteRadioBearerTag | |
  LteRlcAmHeader | The packet header for the AM Radio Link Control (RLC) protocol packets |
  LteRlcAm | |
  LteRlcHeader | The packet header for the Radio Link Control (RLC) protocol packets |
  LteRlcSapProvider | |
   TransmitPdcpPduParameters | |
  LteRlcSapUser | |
  LteRlcSpecificLteRlcSapProvider | |
  LteRlcSpecificLteRlcSapUser | |
  LteRlcSduStatusTag | This class implements a tag that carries the status of a RLC SDU for the fragmentation process Status of RLC SDU |
  SequenceNumber10 | |
  RlcTag | |
  LteRlcUm | |
  LteRlc | |
  LteRlcSm | |
  LteSinrChunkProcessor | |
  LteCqiSinrChunkProcessor | |
  LtePemSinrChunkProcessor | |
  TbId_t | |
  tbInfo_t | |
  LteSpectrumPhy | |
  LteSpectrumSignalParameters | |
  LteSpectrumValueHelper | This class defines all functions to create spectrum model for lte |
  LteUeCmacSapProvider | |
  LteUeCmacSapUser | |
  LteUeMac | |
  LteUeNetDevice | |
  LteUePhySapProvider | |
  LteUePhySapUser | |
  LteUePhy | |
  LteUeRrc | |
  pfsFlowPerf_t | |
  PfFfMacScheduler | Implements the SCHED SAP and CSCHED SAP for a Proportional Fair scheduler |
  RemSpectrumPhy | |
  RrFfMacScheduler | Implements the SCHED SAP and CSCHED SAP for a Round Robin scheduler |
  TraceFadingLossModel | Fading loss model based on precalculated fading traces |
  Dot11sStack | Helper class to allow easy installation of 802.11s stack |
  FlameStack | Helper class used to install FLAME mesh stack (actually single protocol in this stack) |
  MeshHelper | Helper to create IEEE 802.11s mesh networks |
  MeshStack | Prototype for class, which helps to install MAC-layer routing stack to ns3::MeshPointDevice |
  MeshInformationElementVector | |
  MeshL2RoutingProtocol | Interface for L2 mesh routing protocol and mesh point communication |
  MeshPointDevice | Virtual net device modeling mesh point |
  MeshWifiBeacon | Beacon is beacon header + list of arbitrary information elements |
  MeshWifiInterfaceMacPlugin | Common interface for mesh point interface MAC plugins |
  MeshWifiInterfaceMac | Basic MAC of mesh point Wi-Fi interface. Its function is extendable through plugins mechanism |
  MobilityHelper | Helper class used to assign positions and mobility models to nodes |
  Ns2MobilityHelper | Helper class which can read ns-2 movement files and configure nodes mobility |
  Box | 3d box |
  ConstantAccelerationMobilityModel | Mobility model for which the current acceleration does not change once it has been set and until it is set again explicitely to a new value |
  ConstantPositionMobilityModel | Mobility model for which the current position does not change once it has been set and until it is set again explicitely to a new value |
  ConstantVelocityHelper | Utility class used to move node with constant velocity |
  ConstantVelocityMobilityModel | Mobility model for which the current speed does not change once it has been set and until it is set again explicitely to a new value |
  GaussMarkovMobilityModel | Gauss-Markov mobility model |
  HierarchicalMobilityModel | Hierarchical mobility model |
  MobilityModel | Keep track of the current position and velocity of an object |
  PositionAllocator | Allocate a set of positions. The allocation strategy is implemented in subclasses |
  ListPositionAllocator | Allocate positions from a deterministic list specified by the user |
  GridPositionAllocator | Allocate positions on a rectangular 2d grid |
  RandomRectanglePositionAllocator | Allocate random positions within a rectangle according to a pair of random variables |
  RandomBoxPositionAllocator | Allocate random positions within a 3D box according to a set of three random variables |
  RandomDiscPositionAllocator | Allocate random positions within a disc according to a given distribution for the polar coordinates of each node with respect to the provided center of the disc |
  UniformDiscPositionAllocator | Allocate the positions uniformely (with constant density) randomly within a disc |
  RandomDirection2dMobilityModel | Random direction mobility model |
  RandomWalk2dMobilityModel | 2D random walk mobility model |
  RandomWaypointMobilityModel | Random waypoint mobility model |
  Rectangle | 2d rectangle |
  SteadyStateRandomWaypointMobilityModel | Steady-state random waypoint mobility model |
  WaypointMobilityModel | Waypoint-based mobility model |
  Waypoint | (time, location) pair |
  LbtsMessage | Structure used for all-reduce LBTS computation |
  DistributedSimulatorImpl | Distributed simulator implementation using lookahead |
  SentBuffer | |
  MpiInterface | |
  MpiReceiver | |
  AnimRxInfo | AnimRxInfo helper class |
  AnimPacketInfo | AnimPacketInfo helper class |
  AnimationInterface | Interface to network animator |
  AnimByteTag | Byte tag using by Anim to uniquely identify packets |
  ApplicationContainer | Holds a vector of ns3::Application pointers |
  NetDeviceContainer | Holds a vector of ns3::NetDevice pointers |
  NodeContainer | Keep track of a set of node pointers |
  PacketSocketHelper | Give ns3::PacketSocket powers to ns3::Node |
  PcapHelper | Manage pcap files for device models |
  AsciiTraceHelper | Manage ASCII trace files for device models |
  PcapHelperForDevice | Base class providing common user-level pcap operations for helpers representing net devices |
  AsciiTraceHelperForDevice | Base class providing common user-level ascii trace operations for helpers representing net devices |
  Address | Polymophic address class |
  Application | The base class for all ns3 applications |
  Buffer | Automatically resized byte buffer |
   Iterator | Iterator in a Buffer instance |
  ByteTagList | Keep track of the tags stored in a packet |
   Iterator | |
    Item | |
  ChannelList | List of simulation channels |
  Channel | Abstract Channel Base Class |
  Chunk | Abstract base class for ns3::Header and ns3::Trailer |
  Header | Protocol header serialization and deserialization |
  NetDevice | Network layer to device interface |
  NixVector | Neighbor-index data structure for nix-vector routing |
  NodeList | List of simulation nodes |
  Node | A network Node |
  PacketMetadata | |
   Item | |
   ItemIterator | |
  PacketTagList | |
   TagData | |
  ByteTagIterator | Iterator over the set of tags in a packet |
   Item | |
  PacketTagIterator | Iterator over the set of 'packet' tags in a packet |
   Item | |
  Packet | Network packets |
  SocketFactory | Object to create transport layer instances that provide a socket API to applications |
  Socket | A low-level Socket API based loosely on the BSD Socket API.A few things to keep in mind about this type of socket: |
  SocketAddressTag | This class implements a tag that carries an address of a packet across the socket interface |
  SocketIpTtlTag | This class implements a tag that carries the socket-specific TTL of a packet to the IP layer |
  SocketSetDontFragmentTag | Indicated whether packets should be sent out with the DF flag set |
  TagBuffer | Read and write tag data |
  Tag | Tag a set of bytes in a packet |
  Trailer | Protocol trailer serialization and deserialization |
  DataRate | Class for representing data rates |
  DropTailQueue | A FIFO packet queue that drops tail-end packets on overflow |
  ErrorModel | General error model that can be used to corrupt packets |
  RateErrorModel | Determine which packets are errored corresponding to an underlying distribution, rate, and unit |
  ListErrorModel | Provide a list of Packet uids to corrupt |
  ReceiveListErrorModel | Provide a list of Packets to corrupt |
  EthernetHeader | Packet header for Ethernet |
  EthernetTrailer | Packet trailer for Ethernet |
  FlowIdTag | |
  InetSocketAddress | Inet address class |
  Inet6SocketAddress | An Inet6 address class |
  Ipv4Address | Ipv4 addresses are stored in host order in this class |
  Ipv4Mask | Class to represent an Ipv4 address mask |
  Ipv4AddressHash | |
  Ipv6Address | Describes an IPv6 address |
  Ipv6Prefix | Describes an IPv6 prefix. It is just a bitmask like Ipv4Mask |
  Ipv6AddressHash | Hash function class for IPv6 addresses |
  LlcSnapHeader | Header for the LLC/SNAP encapsulation |
  Mac48Address | EUI-48 address |
  Mac64Address | EUI-64 address |
  OutputStreamWrapper | |
  PacketBurst | |
  PacketSocketAddress | Address for a packet socket |
  PacketSocketFactory | |
  PacketSocket | A PacketSocket is a link between an application and a net device |
  PbbTlvBlock | A block of packet or message TLVs (PbbTlv) |
  PbbAddressTlvBlock | A block of Address TLVs (PbbAddressTlv) |
  PbbPacket | Main PacketBB Packet object |
  PbbMessage | A message within a PbbPacket packet |
  PbbMessageIpv4 | Concrete IPv4 specific PbbMessage |
  PbbMessageIpv6 | Concrete IPv6 specific PbbMessage class |
  PbbAddressBlock | An Address Block and its associated Address TLV Blocks |
  PbbAddressBlockIpv4 | Concrete IPv4 specific PbbAddressBlock |
  PbbAddressBlockIpv6 | Concrete IPv6 specific PbbAddressBlock |
  PbbTlv | A packet or message TLV |
  PbbAddressTlv | An Address TLV |
  PcapFileWrapper | |
  PcapFile | |
  Queue | Abstract base class for packet Queues |
  RadiotapHeader | Radiotap header implementation |
  RedQueue | |
   Stats | |
  SequenceNumber | Generic "sequence number" class |
  SimpleChannel | A simple channel, for simple things and testing |
  SimpleNetDevice | Simple net device for simple things and testing |
  Ipv4NixVectorHelper | Helper class that adds Nix-vector routing to nodes |
  Ipv4NixVectorRouting | |
  OlsrHelper | Helper class that adds OLSR routing to nodes |
  OlsrState | This class encapsulates all data structures needed for maintaining internal state of an OLSR node |
  OpenFlowSwitchHelper | Add capability to switch multiple LAN segments (IEEE 802.1D bridging) |
  OpenFlowSwitchNetDevice | A net device that switches multiple LAN segments via an OpenFlow-compatible flow table |
  PointToPointHelper | Build a set of PointToPointNetDevice objects |
  PointToPointChannel | Simple Point To Point Channel |
  PointToPointNetDevice | A Device for a Point to Point Network Link |
  PointToPointRemoteChannel | |
  PppHeader | Packet header for PPP |
  PointToPointDumbbellHelper | A helper to make it easier to create a dumbbell topology with p2p links |
  PointToPointGridHelper | A helper to make it easier to create a grid topology with p2p links |
  PointToPointStarHelper | A helper to make it easier to create a star topology with PointToPoint links |
  Cost231PropagationLossModel | The COST-Hata-Model is the most often cited of the COST 231 models |
  ItuR1411LosPropagationLossModel | ITU-R 1411 LOS propagation model |
  ItuR1411NlosOverRooftopPropagationLossModel | ITU-R 1411 NLOS over rooftop propagation model |
  JakesProcess | Implementation for a single path Stationary Jakes propagation loss model |
  JakesPropagationLossModel | jakes narrowband propagation model. Symmetrical cache for JakesProcess |
  Kun2600MhzPropagationLossModel | Empirical propagation model for the 2.6 GHz frequency |
  OkumuraHataPropagationLossModel | This class implements the Okumura Hata propagation loss model |
  PropagationCache | Constructs a cache of objects, where each obect is responsible for a single propagation path loss calculations. Propagation path a–>b and b–>a is the same thing. Propagation path is identified by a couple of MobilityModels and a spectrum model UID |
  PropagationDelayModel | Calculate a propagation delay |
  RandomPropagationDelayModel | Propagation delay is random |
  ConstantSpeedPropagationDelayModel | Propagation speed is constant |
  PropagationLossModel | Modelize the propagation loss through a transmission medium |
  RandomPropagationLossModel | The propagation loss follows a random distribution |
  FriisPropagationLossModel | Friis propagation loss model |
  TwoRayGroundPropagationLossModel | Two-Ray Ground propagation loss model ported from NS2 |
  LogDistancePropagationLossModel | Log distance propagation model |
  ThreeLogDistancePropagationLossModel | A log distance path loss propagation model with three distance fields. This model is the same as ns3::LogDistancePropagationLossModel except that it has three distance fields: near, middle and far with different exponents |
  NakagamiPropagationLossModel | Nakagami-m fast fading propagation loss model |
  FixedRssLossModel | Return a constant received power level independent of the transmit power |
  MatrixPropagationLossModel | The propagation loss is fixed for each pair of nodes and doesn't depend on their actual positions |
  RangePropagationLossModel | The propagation loss depends only on the distance (range) between transmitter and receiver |
  AdhocAlohaNoackIdealPhyHelper | Create the AlohaNoackNetDevice |
  SpectrumAnalyzerHelper | |
  SpectrumChannelHelper | |
  SpectrumPhyHelper | |
  WaveformGeneratorHelper | |
  AlohaNoackMacHeader | |
  AlohaNoackNetDevice | |
  ConstantSpectrumPropagationLossModel | |
  FriisSpectrumPropagationLossModel | |
  HalfDuplexIdealPhySignalParameters | |
  HalfDuplexIdealPhy | |
  MicrowaveOvenSpectrumValueHelper | |
  TxSpectrumModelInfo | |
  RxSpectrumModelInfo | |
  MultiModelSpectrumChannel | |
  NonCommunicatingNetDevice | |
  SingleModelSpectrumChannel | SpectrumChannel implementation which handles a single spectrum model |
  SpectrumAnalyzer | |
  SpectrumChannel | |
  SpectrumConverter | |
  SpectrumErrorModel | |
  ShannonSpectrumErrorModel | |
  SpectrumInterference | |
  BandInfo | |
  SpectrumModel | |
  SpectrumPhy | |
  SpectrumPropagationLossModel | Spectrum-aware propagation loss model |
  SpectrumSignalParameters | |
  SpectrumValue | Set of values corresponding to a given SpectrumModel |
  WaveformGenerator | |
  WifiSpectrumValueHelper | |
  WifiSpectrumValue5MhzFactory | |
  MinMaxAvgTotalCalculator | |
  CounterCalculator | |
  StatisticalSummary | |
  DataCalculator | |
  DataCollector | |
  DataOutputInterface | |
  DataOutputCallback | |
  OmnetDataOutput | |
  PacketCounterCalculator | |
  PacketSizeMinMaxAvgTotalCalculator | |
  SqliteDataOutput | |
  TimeMinMaxAvgTotalCalculator | |
  TapBridgeHelper | Build TapBridge to allow ns-3 simulations to interact with Linux tap devices and processes on the Linux host |
  TapBridgeFdReader | |
  TapBridge | A bridge to make it appear that a real host process is connected to an ns-3 net device |
  Average | |
  DelayJitterEstimation | Quick and dirty delay and jitter estimation |
  EventGarbageCollector | An object that tracks scheduled events and automatically cancels them when it is destroyed. It is useful in situations where multiple instances of the same type of event can simultaneously be scheduled, and when the events should be limited to the lifetime of a container object |
  GnuplotDataset | Abstract class to store a plot line to be used by ns3::Gnuplot |
  Gnuplot2dDataset | Class to represent a 2D points plot. Set the line or points style using SetStyle() and set points using Add() |
  Gnuplot2dFunction | Class to represent a 2D function expression plot |
  Gnuplot3dDataset | Class to represent a 3D points plot. Set the line or points style using SetStyle() and set points using Add() |
  Gnuplot3dFunction | Class to represent a 3D function expression plot |
  Gnuplot | Simple class to generate gnuplot-ready plotting commands from a set of datasets |
  GnuplotCollection | Simple class to group together multiple gnuplots into one file, e.g. for PDF multi-page output terminals |
  TopologyReaderHelper | Helper class which makes it easier to configure and use a generic TopologyReader |
  InetTopologyReader | Topology file reader (Inet-format type) |
  OrbisTopologyReader | Topology file reader (Orbis-format type) |
  RocketfuelTopologyReader | Topology file reader (Rocketfuel-format type) |
  TopologyReader | Interface for input file readers management |
   Link | Inner class holding the details about a link between two nodes |
  AcousticModemEnergyModelHelper | Assign AcousticModemEnergyModel to uan devices |
  UanHelper | |
  AcousticModemEnergyModel | WHOI micro-modem energy model |
  UanAddress | |
  UanChannel | Channel class used by UAN devices |
  UanHeaderCommon | |
  UanHeaderRcData | Extra data header information |
  UanHeaderRcRts | RTS header |
  UanHeaderRcCtsGlobal | Cycle broadcast information for |
  UanHeaderRcCts | CTS header |
  UanHeaderRcAck | Header used for ACK packets by protocol ns3::UanMacRc |
  UanMacAloha | ALOHA MAC Protocol |
  UanMacCw | CW-MAC A MAC protocol similar in idea to the 802.11 DCF with constant backoff window |
  UanMacRcGw | Gateway side of RC-MAC |
  Reservation | Stores reservation info for use in scheduling data channel by reservation channel MAC |
  UanMacRc | Non-gateway node MAC for reservation channel MAC protocol |
  UanMac | Virtual base class for all UAN MAC protocols |
  UanNetDevice | Net device for UAN models |
  UanNoiseModelDefault | |
  UanNoiseModel | |
  UanPhyCalcSinrDual | Default SINR model for UanPhyDual |
  UanPhyDual | |
  UanPhyPerGenDefault | Default Packet Error Rate calculator for UanPhyGen Considers no error if SINR is > user defined threshold (configured by an attribute) |
  UanPhyPerUmodem | Packet error rate calculation assuming WHOI Micromodem like PHY Calculates PER assuming rate 1/2 convolutional code with constraint length 9 with soft decision viterbi decoding and a CRC capable of correcting 1 bit error |
  UanPhyCalcSinrDefault | Default SINR calculator for UanPhyGen The default ignores mode data and assumes that all rxpower transmitted is captured by the receiver, and that all signal power associated with interfering packets affects SINR identically to additional ambient noise |
  UanPhyCalcSinrFhFsk | WHOI Micromodem like FH-FSK model |
  UanPhyGen | Generic PHY model |
  UanPhyCalcSinr | |
  UanPhyPer | |
  UanPhyListener | Interface for PHY event listener A class which implements this interface may register with Phy object to receive notification of TX/RX/CCA events |
  UanPhy | Base class for UAN Phy models |
  UanPropModelIdeal | Ideal propagation model (no pathloss, impulse PDP) |
  UanPropModelThorp | Uses Thorp's approximation to compute pathloss. Assumes implulse PDP |
  Tap | Holds PDP Tap information (amplitude and delay) |
  UanPdp | |
  UanPropModel | |
  UanTransducerHd | Half duplex implementation of transducer object |
  UanPacketArrival | Class consisting of packet arrival information (Time, RxPower, mode, PDP) |
  UanTransducer | Virtual base for Transducer objects |
  UanTxMode | Abstraction of packet modulation information |
  UanTxModeFactory | |
  UanModesList | Container for UanTxModes |
  VirtualNetDevice | A virtual device, similar to Linux TUN/TAP interfaces |
  PyViz | Helper class to be used by the visualizer |
   LastPacketsSample | |
   NetDeviceStatistics | |
   NodeStatistics | |
   PacketCaptureOptions | |
   PacketDropSample | |
   PacketSample | |
   RxPacketSample | |
   TransmissionSample | |
   TxPacketSample | |
  VisualSimulatorImpl | A replacement simulator that starts the visualizer |
  AthstatsHelper | Create AthstatsWifiTraceSink instances and connect them to wifi devices |
  AthstatsWifiTraceSink | Trace sink for wifi device that mimics madwifi's athstats tool |
  NqosWifiMacHelper | Create non QoS-enabled MAC layers for a ns3::WifiNetDevice |
  QosWifiMacHelper | Create QoS-enabled MAC layers for a ns3::WifiNetDevice |
  WifiPhyHelper | Create PHY objects |
  WifiMacHelper | Create MAC objects |
  WifiHelper | Helps to create WifiNetDevice objects |
  YansWifiChannelHelper | Manage and create wifi channel objects for the yans model |
  YansWifiPhyHelper | Make it easy to create and manage PHY objects for the yans model |
  AarfWifiManager | AARF Rate control algorithmThis class implements the AARF rate control algorithm which was initially described in IEEE 802.11 Rate Adaptation: A Practical Approach, by M. Lacage, M.H. Manshaei, and T. Turletti |
  AarfcdWifiManager | Implementation of the AARF-CD algorithmThis algorithm was first described in "Efficient Collision Detection for Auto Rate Fallback Algorithm". The implementation available here was done by Federico Maguolo for a very early development version of ns-3. Federico died before merging this work in ns-3 itself so his code was ported to ns-3 later without his supervision |
  AdhocWifiMac | |
  AmrrWifiManager | AMRR Rate control algorithmThis class implements the AMRR rate control algorithm which was initially described in IEEE 802.11 Rate Adaptation: A Practical Approach, by M. Lacage, M.H. Manshaei, and T. Turletti |
  AmsduSubframeHeader | |
  ApWifiMac | Wi-Fi AP state machineHandle association, dis-association and authentication, of STAs within an infrastructure BSS |
  ArfWifiManager | ARF Rate control algorithm |
  BlockAckAgreement | Maintains information for a block ack agreement |
  BlockAckCache | |
  Bar | Block Ack Request |
  BlockAckManager | Manages all block ack agreements for an originator station |
  CapabilityInformation | |
  CaraWifiManager | Implement the CARA rate control algorithmImplement the CARA algorithm from: J. Kim, S. Kim, S. Choi, and D. Qiao. "CARA: Collision-Aware Rate Adaptation for IEEE 802.11 WLANs." |
  ConstantRateWifiManager | Use constant rates for data and control transmissions |
  CtrlBAckRequestHeader | Headers for Block ack request |
  CtrlBAckResponseHeader | Headers for Block ack response |
  DcaTxop | Handle packet fragmentation and retransmissions.This class implements the packet fragmentation and retransmission policy. It uses the ns3::MacLow and ns3::DcfManager helper classes to respectively send packets and decide when to send them. Packets are stored in a ns3::WifiMacQueue until they can be sent |
  DcfState | Keep track of the state needed for a single DCF function.Multiple instances of a DcfState can be registered in a single DcfManager to implement 802.11e-style relative QoS. DcfState::SetAifsn and DcfState::SetCwBounds allow the user to control the relative QoS differentiation |
  DcfManager | Manage a set of ns3::DcfStateHandle a set of independent ns3::DcfState, each of which represents a single DCF within a MAC stack. Each ns3::DcfState has a priority implicitely associated with it (the priority is determined when the ns3::DcfState is added to the DcfManager: the first DcfState to be added gets the highest priority, the second, the second highest priority, and so on.) which is used to handle "internal" collisions. i.e., when two local DcfState are expected to get access to the medium at the same time, the highest priority local DcfState wins access to the medium and the other DcfState suffers a "internal" collision |
  Dcf | |
  DsssErrorRateModel | Implementation of DSSS error rate modelThe 802.11b modulations: |
  EdcaTxopN | |
  ErrorRateModel | Interface for Wifi's error models |
  IdealWifiManager | Ideal rate control algorithmThis class implements an 'ideal' rate control algorithm similar to RBAR in spirit (see A rate-adaptive MAC protocol for multihop wireless networks by G. Holland, N. Vaidya, and P. Bahl.): every station keeps track of the snr of every packet received and sends back this snr to the original transmitter by an out-of-band mechanism. Each transmitter keeps track of the last snr sent back by a receiver and uses it to pick a transmission mode based on a set of snr thresholds built from a target ber and transmission mode-specific snr/ber curves |
  InterferenceHelper | Handles interference calculations |
   Event | |
   SnrPer | |
  MacLowTransmissionListener | Listen to events coming from ns3::MacLow |
  MacLowDcfListener | Listen to NAV eventsThis class is typically connected to an instance of ns3::Dcf and calls to its methods are forwards to the corresponding ns3::Dcf methods |
  MacLowBlockAckEventListener | Listen for block ack events |
  MacLowTransmissionParameters | Control how a packet is transmitted.The ns3::MacLow::StartTransmission method expects an instance of this class to describe how the packet should be transmitted |
  MacLow | Handle RTS/CTS/DATA/ACK transactions |
  MacRxMiddle | |
  MacTxMiddle | |
  MgtAssocRequestHeader | |
  MgtAssocResponseHeader | |
  MgtProbeRequestHeader | |
  MgtProbeResponseHeader | |
  MgtBeaconHeader | |
  WifiActionHeader | |
   ActionValue | |
  MgtAddBaRequestHeader | |
  MgtAddBaResponseHeader | |
  MgtDelBaHeader | |
  RateInfo | |
  MinstrelWifiManager | Implementation of Minstrel Rate Control AlgorithmPorting Minstrel from Madwifi and Linux Kernel http://linuxwireless.org/en/developers/Documentation/mac80211/RateControl/minstrel |
  MsduAggregator | Abstract class that concrete msdu aggregators have to implement |
  MsduStandardAggregator | |
  NistErrorRateModel | |
  OnoeWifiManager | Implementation of the rate control algorithm developed by Atsushi Onoe |
  OriginatorBlockAckAgreement | |
  QosBlockedDestinations | |
  QosTag | |
  RandomStream | |
  RealRandomStream | |
  TestRandomStream | |
  RegularWifiMac | Base class for all MAC-level wifi objects.This class encapsulates all the low-level MAC functionality DCA, EDCA, etc) and all the high-level MAC functionality (association/disassociation state machines) |
  RraaWifiManager | Robust Rate Adaptation AlgorithmThis is an implementation of RRAA as described in "Robust rate adaptation for 802.11 wireless networks" by "Starsky H. Y. Wong", "Hao Yang", "Songwu Lu", and, "Vaduvur Bharghavan" published in Mobicom 06 |
  Ssid | |
  StaWifiMac | |
  StatusCode | |
  ExtendedSupportedRatesIE | The Extended Supported Rates Information ElementThis class knows how to serialise and deserialise the Extended Supported Rates Element that holds (non-HT) rates beyond the 8 that the original Supported Rates element can carry |
  SupportedRates | The Supported Rates Information ElementThis class knows how to serialise and deserialise the Supported Rates Element that holds the first 8 (non-HT) supported rates |
  WifiChannel | Wifi Channel interface specificationThis class works in tandem with the ns3::WifiPhy class. If you want to provide a new Wifi PHY layer, you have to subclass both ns3::WifiChannel and ns3::WifiPhy |
  WifiInformationElementVector | Information element vectorImplements a vector of WifiInformationElements. Information elements typically come in groups, and the WifiInformationElementVector class provides a representation of a series of IEs, and the facility for serialisation to and deserialisation from the over-the-air format |
  WifiInformationElement | Information element, as defined in 802.11-2007 standardThe IEEE 802.11 standard includes the notion of Information Elements, which are encodings of management information to be communicated between STAs in the payload of various frames of type Management. Information Elements (IEs) have a common format, each starting with a single octet - the Element ID, which indicates the specific type of IE (a type to represent the options here is defined as WifiInformationElementId). The next octet is a length field and encodes the number of octets in the third and final field, which is the IE Information field |
  WifiMacHeader | |
  WifiMacQueue | |
  WifiMacTrailer | |
  WifiMac | Base class for all MAC-level wifi objects.This class encapsulates all the low-level MAC functionality DCA, EDCA, etc) and all the high-level MAC functionality (association/disassociation state machines) |
  WifiMode | Represent a single transmission modeA WifiMode is implemented by a single integer which is used to lookup in a global array the characteristics of the associated transmission mode. It is thus extremely cheap to keep a WifiMode variable around |
  WifiModeFactory | Create WifiMode class instances and keep track of them |
  WifiNetDevice | Hold together all Wifi-related objects.This class holds together ns3::WifiChannel, ns3::WifiPhy, ns3::WifiMac, and, ns3::WifiRemoteStationManager |
  WifiPhyStateHelper | |
  WifiPhyListener | Receive notifications about phy events |
  WifiPhy | 802.11 PHY layer model |
  WifiRemoteStationInfo | Tid independent remote station statistics |
  WifiRemoteStationManager | Hold a list of per-remote-station state |
  WifiRemoteStationState | |
  WifiRemoteStation | Hold per-remote-station state |
  YansErrorRateModel | Model the error rate for different modulations.A packet of interest (e.g., a packet can potentially be received by the MAC) is divided into chunks. Each chunk is related to an start/end receiving event. For each chunk, it calculates the ratio (SINR) between received power of packet of interest and summation of noise and interfering power of all the other incoming packets. Then, it will calculate the success rate of the chunk based on BER of the modulation. The success reception rate of the packet is derived from the success rate of all chunks |
  YansWifiChannel | A Yans wifi channelThis wifi channel implements the propagation model described in "Yet Another Network Simulator", (http://cutebugs.net/files/wns2-yans.pdf) |
  YansWifiPhy | 802.11 PHY layer modelThis PHY implements a model of 802.11a. The model implemented here is based on the model described in "Yet Another Network Simulator", (http://cutebugs.net/files/wns2-yans.pdf) |
  WimaxHelper | Helps to manage and create WimaxNetDevice objects |
  BandwidthManager | This class manage the bandwidth request and grant mechanism. The bandwidth request and grant mechanism is supported by the Bandwidth Manager. Both BS and SS maintain a bandwidth manager. Furthermore BS's bandwidth manager works together with the uplink scheduler to determine total bandwidth available and allocation size for each service flow. Bandwidth request mechanism is a key feature of the WiMAX scheduler since all three non-UGS services explicitly request for bandwidth by sending a bandwidth request to BS |
  BSLinkManager | |
  BaseStationNetDevice | |
  BSSchedulerRtps | This class implements a simple downlink scheduler for rtPS flows |
  BSSchedulerSimple | |
  BSScheduler | |
  BsServiceFlowManager | |
  UplinkSchedulerMBQoS | This class implements a Migration-based Quality of Service uplink scheduler(MBQoS) |
  UplinkSchedulerRtps | This class implements a simple uplink scheduler for rtPS flows |
  UplinkSchedulerSimple | |
  UplinkScheduler | Virtual class for uplink scheduler |
  BurstProfileManager | |
  CidFactory | |
  Cid | |
  ConnectionManager | |
  CsParameters | |
  DcdChannelEncodings | This class implements the DCD channel encodings as described by "IEEE Standard for
Local and metropolitan area networks Part 16: Air Interface for Fixed Broadband Wireless Access Systems" 11.4.1 DCD channel encodings, page 659 |
  OfdmDcdChannelEncodings | |
  OfdmDlBurstProfile | |
  Dcd | |
  OfdmDlMapIe | |
  DlMap | |
  IpcsClassifierRecord | |
  IpcsClassifier | |
  ManagementMessageType | |
  RngRsp | |
  DsaReq | |
  DsaRsp | |
  DsaAck | |
  RngReq | |
  DlFramePrefixIe | This class implements the DL Frame Prefix IE as described by IEEE-802.16 standard |
  OfdmDownlinkFramePrefix | |
  SendParams | Defines the parameters with which Send() function of a particular PHY is called. The sole purpose of this class is to allow defining the pure virtual Send() function in the PHY base-class (WimaxPhy). This class shall be sub-classed every time a new PHY is integrated (i.e., a new sub-class of WimaxPhy is created) which requires different or additional parameters to call its Send() function. For example as it is seen here, it has been sub-classed for the OFDM PHY layer since its Send() function requires two additional parameters |
  OfdmSendParams | |
  ServiceFlowManager | |
  ServiceFlowRecord | This class implements a structure to manage some parameters and statistics related to a service flow |
  ServiceFlow | |
  simpleOfdmSendParam | |
  SimpleOfdmWimaxChannel | |
  SimpleOfdmWimaxPhy | |
  SNRToBlockErrorRateManager | This class handles the SNR to BlcER traces. A path to a repository containing trace files should be provided. If no repository is provided the traces form default-traces.h will be loaded. A valid repository should contain 7 files, one for each modulation and coding scheme. The names of the files should respect the following format: modulation0.txt for modulation 0, modulation1.txt for modulation 1 and so on... The files format should be as follows SNR_value(1) BER(1) Blc_ER(1) STANDARD_DEVIATION(1) CONFIDENCE_INTERVAL1(1) CONFIDENCE_INTERVAL2(1) SNR_value(2) BER(2) Blc_ER(2) STANDARD_DEVIATION(2) CONFIDENCE_INTERVAL1(2) CONFIDENCE_INTERVAL2(2) ... ... ... ... ... ... ... ... ... ... ... ... SNR_value(n) BER(n) Blc_ER(n) STANDARD_DEVIATION(n) CONFIDENCE_INTERVAL1(n) CONFIDENCE_INTERVAL2(n) |
  SNRToBlockErrorRateRecord | This class represents a record (handled by SnrToBlockErrorRate manager) that keeps a mapping between an SNR value and its corresponding (1) Bit Error Rate, (2) Block Error Rate, (3) Standard deviation, (4 and 5) confidence interval |
  SSLinkManager | This class implements the link manager of subscriber station net device. An ss link manager is responsible for link scanning and ranging |
  SSManager | This class manages a list of SSrecord |
  SubscriberStationNetDevice | |
  SSRecord | This class is used by the base station to store some information related to subscriber station in the cell |
  SSScheduler | |
  SsServiceFlowManager | |
  UlJob | This class implements a structure to compute the priority of service flows |
  PriorityUlJob | |
  SortProcess | |
  SortProcessPtr | |
  UcdChannelEncodings | This class implements the UCD channel encodings as described by "IEEE Standard for
Local and metropolitan area networks Part 16: Air Interface for Fixed Broadband Wireless Access Systems" 11.3.1 UCD channel encodings, page 651 |
  OfdmUcdChannelEncodings | |
  OfdmUlBurstProfile | |
  Ucd | |
  OfdmUlMapIe | |
  UlMap | |
  WimaxChannel | |
  WimaxConnection | |
  MacHeaderType | Represents the HT (Header Type) field of generic MAC and bandwidth request headers |
  GenericMacHeader | This class implements the Generic mac Header as described by IEEE Standard for Local and metropolitan area networks Part 16: Air Interface for Fixed Broadband Wireless Access Systems 6.3.2.1.1 Generic MAC header, page 36 |
  BandwidthRequestHeader | This class implements the bandwidth-request mac Header as described by IEEE Standard for Local and metropolitan area networks Part 16: Air Interface for Fixed Broadband Wireless Access Systems 6.3.2.1.2 Bandwidth request header, page 38 |
  GrantManagementSubheader | |
  FragmentationSubheader | This class implements the fragmentation sub-header as described by IEEE Standard for Local and metropolitan area networks Part 16: Air Interface for Fixed Broadband Wireless Access Systems 6.3.2.2.1 Fragmentation subheader, page 39 |
  WimaxMacQueue | |
   QueueElement | |
  WimaxMacToMacHeader | This class implements the mac to mac header needed to dump a wimax pcap file The header format was reverse-engineered by looking at existing live pcap traces which could be opened with wireshark i.e., we have no idea where this is coming from |
  WimaxNetDevice | Hold together all Wimax-related objects in a NetDevice.This class holds together ns3::WimaxPhy, ns3::WimaxConnection, ns3::ConectionManager, ns3::BurstProfileManager, and ns3::BandwidthManager |
  WimaxPhy | |
  TlvValue | The value field of a tlv can take different values (uint8_t, uint16, vector...). This class is a virtual interface that all the types of tlv values should derive |
  Tlv | This class implements the Type-Len-Value structure channel encodings as described by "IEEE Standard for
Local and metropolitan area networks Part 16: Air Interface for Fixed Broadband Wireless Access Systems" |
  U8TlvValue | |
  U16TlvValue | |
  U32TlvValue | |
  VectorTlvValue | This class is used to implement a vector of values in one tlv value field |
  SfVectorTlvValue | |
  CsParamVectorTlvValue | This class implements the convergence sub-layer descriptor as a tlv vector |
  ClassificationRuleVectorTlvValue | This class implements the classifier descriptor as a tlv vector |
  TosTlvValue | |
  PortRangeTlvValue | |
   PortRange | |
  ProtocolTlvValue | |
  Ipv4AddressTlvValue | |
   ipv4Addr | |
  ObjectFactoryValue | Hold objects of type ns3::ObjectFactory |
  TypeIdValue | Hold objects of type ns3::TypeId |
  Vector3DValue | Hold objects of type ns3::Vector3D |
  Vector2DValue | Hold objects of type ns3::Vector2D |
  IeMeshIdValue | Hold objects of type ns3::IeMeshId |
  BoxValue | Hold objects of type ns3::Box |
  RectangleValue | Hold objects of type ns3::Rectangle |
  WaypointValue | Hold objects of type ns3::Waypoint |
  AddressValue | Hold objects of type ns3::Address |
  DataRateValue | Hold objects of type ns3::DataRate |
  Ipv4AddressValue | Hold objects of type ns3::Ipv4Address |
  Ipv4MaskValue | Hold objects of type ns3::Ipv4Mask |
  Ipv6AddressValue | Hold objects of type ns3::Ipv6Address |
  Ipv6PrefixValue | Hold objects of type ns3::Ipv6Prefix |
  Mac48AddressValue | Hold objects of type ns3::Mac48Address |
  SsidValue | Hold objects of type ns3::Ssid |
  WifiModeValue | Hold objects of type ns3::WifiMode |
 _cairo_quorem128 | |
 _cairo_quorem64 | |
 _cairo_uquorem128 | |
 _cairo_uquorem64 | |
 BuildBroadcastListElement_s | See section 4.3.11 buildBroadcastListElement |
 BuildDataListElement_s | See section 4.3.8 builDataListElement |
 BuildRarListElement_s | See section 4.3.10 buildRARListElement |
 BwPart_s | See section 4.3.28 bwPart |
 cairo_uint128 | |
 CqiConfig_s | See section 4.3.19 cqiConfig |
 CqiListElement_s | See section 4.3.24 cqiListElement |
 DlDciListElement_s | See section 4.3.1 dlDciListElement |
 DlInfoListElement_s | See section 4.3.23 dlInfoListElement |
 DrxConfig_s | See section 4.3.16 drxConfig |
 DsrHeader | Header for Dsr Routing |
 DsrOptionRouteRequestHeader | Header of Dsr Option Route Request |
 Experiment | Helper class for UAN CW MAC example |
 HigherLayerSelected_s | See section 4.3.27 higherLayerSelected |
 IInterruptCallback | |
 INetDatagramSocket | |
 INetStack | |
 INetStreamSocket | |
 ISendCallback | |
 LogicalChannelConfigListElement_s | See section 4.3.4 logicalChannelConfigListElement |
 MacCeListElement_s | See section 4.3.14 macCEListElement |
 MacCeValue_u | See section 4.3.15 macCEValue |
 OptionField | Option field for an DsrFsHeader Enables adding options to an DsrFsHeader |
 PagingInfoListElement_s | See section 4.3.30 pagingInfoListElement |
 PhichListElement_s | See section 4.3.7 phichListElement |
 RachListElement_s | See section 4.3.6 rachListElement |
 RlcPduListElement_s | See section 4.3.9 rlcPDU_ListElement |
 SbMeasResult_s | See section 4.3.25 sbMeasResult |
 SiConfiguration_s | See section 4.3.21 siConfiguration |
 SiMessageListElement_s | See section 4.3.22 siMessageListElement |
 SpsConfig_s | See section 4.3.17 spsConfig |
 SrConfig_s | See section 4.3.18 srConfig |
 SrListElement_s | See section 4.3.13 srListElement |
 TypeTraits | |
 UeCapabilities_s | See section 4.3.20 ueCapabilities |
 UeSelected_s | See section 4.3.26 ueSelected |
 UlCqi_s | See section 4.3.29 ulCQI |
 UlDciListElement_s | See section 4.3.2 ulDciListElement |
 UlInfoListElement_s | See section 4.3.12 ulInfoListElement |
 VendorSpecificListElement_s | See section 4.3.3 vendorSpecifiListElement |