Uses of Package
edu.cmu.emulator.signal

Packages that use edu.cmu.emulator.signal

edu.cmu.emulator	Contains the main classes required by the Emulator.
edu.cmu.emulator.appServer
edu.cmu.emulator.dsp	Stores DSP configuration information.
edu.cmu.emulator.genIQ	Generates verilog code for implementing the DSP based on the parameters from the XML configuration file.
edu.cmu.emulator.signal	The emulator's virtualized signal propagation environment.
edu.cmu.emulator.vis	The emulator visualizer.

Classes in edu.cmu.emulator.signal used by edu.cmu.emulator

SignalEnvironment
Represents the signal propagation environment.

Classes in edu.cmu.emulator.signal used by edu.cmu.emulator.appServer

Path
Represents a signal path between two antennas within a channel model.

PathBasedChannelModel
Parent of all Path based channel models.

SignalEnvironment
Represents the signal propagation environment.

Classes in edu.cmu.emulator.signal used by edu.cmu.emulator.dsp

Channel
This class implements the logical equivalent of the physical channel which exists between two antennas - a source and a destination antenna.

Classes in edu.cmu.emulator.signal used by edu.cmu.emulator.genIQ

Path
Represents a signal path between two antennas within a channel model.

SignalEnvironment
Represents the signal propagation environment.

Classes in edu.cmu.emulator.signal used by edu.cmu.emulator.signal

Channel
This class implements the logical equivalent of the physical channel which exists between two antennas - a source and a destination antenna.

ChannelModel
Parent of all ChannelModels.

DelayModel

FadingModel

LossModel

ManualDelayModel

ManualLossModel
Implements a manual path loss model where the user simply sets the path loss.

Path
Represents a signal path between two antennas within a channel model.

PathBasedFadingController
Assumptions/requirements: - Not all channels are necessarily path-based - Any channel that is path-based will remain path-based for the duration of the emulation.

ScaleFactorWorker
A simplistic brute force approach to finding the best mult/shift factors to achieve a given dB gain Functions for reference (20 because we're doing voltage): dB = 20 * log(scaleFactor) scaleFactor = 10^(dB/20)

SignalEnvironment
Represents the signal propagation environment.

Classes in edu.cmu.emulator.signal used by edu.cmu.emulator.vis

Channel
This class implements the logical equivalent of the physical channel which exists between two antennas - a source and a destination antenna.

Path
Represents a signal path between two antennas within a channel model.

PathBasedChannelModel
Parent of all Path based channel models.

SignalEnvironment
Represents the signal propagation environment.