Class Hierarchy

Go to the graphical class hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123]

MTMCSim::MSALSim::ALDPCInfo
MTMCSim::Comm::BaseAWGNReal	Baseband real AWGN channel
MTMCSim::Comm::BaseBPSK	BPSK Baseband Modulator and Demodulator
MTMCSim::CompRes	Base class for computed results
MTMCSim::DSCKVSim::DSCKVCompRes	The computed results from input parameters
MTMCSim::DSCKVSimRate::DSCKVCompRes	The computed results from input parameters
MTMCSim::KVChanSim::KVChanCompRes	The computed results from input parameters
MTMCSim::MSALSim::MSALCompRes	The computed results from input parameters
MTMCSim::MulSourSim::MulSourCompRes	The computed results from input parameters
MTMCSim::MulSourSimRate::MulSourCompRes	The computed results from input parameters
MTMCSim::MulStageSim::MulStageCompRes	The computed results from input parameters
MTMCSim::MulStageSimRate::MulStageCompRes	The computed results from input parameters
MTMCSim::discrete_distribution	Discrete Distribution, generates random number according to given pmf from uniform RVs
MTMCSim::DLDPCCodes	Rate adaptive LDPC codes (for distributed source coding) management class
MTMCSim::DLDPCEnDec	LDPC encoder and decoder
MTMCSim::DSCKVSimRate::DSCKVSimuRes	The simulation results
MTMCSim::DSCKVSim::DSCKVSimuRes	The simulation results
MTMCSim::KVChanSim::KVChanSimuRes	The simulation results
MTMCSim::LDPCDec
MTMCSim::MSALSim::LDPCGroup
MTMCSim::MCThreadInfo	Thread info
MTMCSim::MRSimuFactory	Factory class for classes derived from MultiRunSimuBase, i.e., simulations that supports multi-run mode
MTMCSim::MRSimuItemCreator< T, U >	Class template to create objects that are derived classes of MultiRunSimuBase
MTMCSim::MSALSim::MSALSimuRes	The simulation results
MTMCSim::MTMCScheduler	Multithread Monte Carlo Simulator Boss-Worker model scheduler
MTMCSim::MTMCSimBase	The (abstract) base class for a multithread supported simulator
MTMCSim::MSALSim	Simulator for multistage LDPC for two source distributed source coding
MTMCSim::MulSourSim	Multiple source linear correlation model simulation
MTMCSim::MulSourSimRate	Multiple source linear correlation model simulation
MTMCSim::MulStageSim	Simulator for multistage LDPC for two source distributed source coding
MTMCSim::MulStageSimRate	Simulator for multistage LDPC for two source distributed source coding
MTMCSim::MultiRunSimuBase	The base class for the simulators that are multi-runnable and support our multithread interface
MTMCSim::DSCKVSim
MTMCSim::DSCKVSimRate
MTMCSim::KVChanSim	Koetter-Vardy decoding simulation for channel coding
MTMCSim::MulSourSim::MulSourSimuRes	The simulation results
MTMCSim::MulSourSimRate::MulSourSimuRes	The simulation results
MTMCSim::MulStageSimRate::MulStageSimuRes	The simulation results
MTMCSim::MulStageSim::MulStageSimuRes	The simulation results
MTMCSim::MultiRunnable	The interface (abstract base class) for multi-runnable simulators
MTMCSim::MultiRunSimuBase	The base class for the simulators that are multi-runnable and support our multithread interface
MTMCSim::nbToBinPDFConv	Converts a pmf on alphabet with size nbSize to log_2(nbSize) binary sources with a joint pdf
MTMCSim::MSALSim::ALDPCInfo::OneCodeInfo
MTMCSim::OutputUI	(Dummy) base class for output
MTMCSim::DispUI	For displaying infomation on screen
MTMCSim::DOSDispUI
MTMCSim::TextSaveUI	An output UI that saves to a text file
MTMCSim::pdfXY	Handles joint pmf for two sources
MTMCSim::RNObj	Base class for random number object
MTMCSim::DSCKVSim::XYSeq	A random number object for this problem is two correlated sequence X and Y
MTMCSim::DSCKVSimRate::XYSeq	A random number object for this problem is two correlated sequence X and Y
MTMCSim::KVChanSim::XNSeq	A random number object for this problem is one source sequence and one channel noise sequence (standard normal)
MTMCSim::MSALSim::XYSeq	A random number object for this problem is two correlated sequence X and Y
MTMCSim::MulSourSim::ESeq	"Error" sequences
MTMCSim::MulSourSimRate::ESeq	"Error" sequences
MTMCSim::MulStageSim::XYSeq	A random number object for this problem is two correlated sequence X and Y
MTMCSim::MulStageSimRate::XYSeq	A random number object for this problem is two correlated sequence X and Y
MTMCSim::SimuFactory	Factory class for classes derived from MTMCSimBase, the simulators
MTMCSim::SimuItemCreator< T, U >	Class template to create objects that are derived classes of MTMCSimBase
MTMCSim::SimuPara	Base class for simulation paramaters
MTMCSim::DSCKVSim::DSCKVPara	The parameters for the simulation
MTMCSim::DSCKVSimRate::DSCKVRatePara	The parameters for the simulation
MTMCSim::KVChanSim::KVChanPara	The parameters for the simulation
MTMCSim::MSALSim::MSALPara	The parameters for the simulation
MTMCSim::MulSourSim::MulSourPara	The parameters for the simulation
MTMCSim::MulSourSimRate::MulSourParaRate	The parameters for the simulation
MTMCSim::MulStageSim::MulStagePara	The parameters for the simulation
MTMCSim::MulStageSimRate::MulStagePara	The parameters for the simulation
MTMCSim::topConf
MTMCSim::SimuParaFactory	Factory class for classes derived from SimuPara, the simulation parameter objects
MTMCSim::SimuParaItemCreator< T >	Class template to create objects that are derived classes of SimuPara
MTMCSim::TextFileInput	Process input from a text file and convert to a parameter map (map<string, string>)
MTMCSim::DSCKVSim::ThreadWorkSpace	Work space for each thread
MTMCSim::MSALSim::ThreadWorkSpace	Work space for each thread
MTMCSim::MulStageSimRate::ThreadWorkSpace	Work space for each thread
MTMCSim::MulSourSim::ThreadWorkSpace	Work space for each thread
MTMCSim::DSCKVSimRate::ThreadWorkSpace	Work space for each thread
MTMCSim::MulSourSimRate::ThreadWorkSpace	Work space for each thread
MTMCSim::KVChanSim::ThreadWorkSpace	Work space for each thread
MTMCSim::MulStageSim::ThreadWorkSpace	Work space for each thread