This radio model uses dimensional transmission power (that changes over time and/or frequency) in the analog representation. It must be used in conjunction with the Ieee80211DimensionalRadioMedium model.

This radio medium model uses dimensional transmission power (that changes over time and/or frequency) in the analog representation. It must be used in conjunction with the Ieee80211DimensionalRadio model.

This receiver model receives an IEEE 802.11 transmission successfully if the minimum of the signal to noise and interference ratio over the duration of the reception is sufficiently high. It uses one of the IEEE 802.11 specific error models to compute the error rate based on this value and the used operation mode.

This transmitter model produces IEEE 802.11 transmissions that have dimensional transmission power (that changes over time and/or frequency) in their analog representation. The bit domain, symbol domain, and sample domains of the transmissions are not represented.

This radio model uses ideal analog representation. It must be used in conjunction with the IdealRadioMedium model.

See also Ieee80211IdealTransmitter, Ieee80211IdealRadio, and IdealRadioMedium.

See also Ieee80211IdealReceiver, Ieee80211IdealRadio, and IdealRadioMedium.

This radio model is part of the IEEE 802.11 physical layer model. It supports multiple channels, different operation modes, and preamble modes. It must be used in conjunction with the Ieee80211RadioMedium model or other derived models.

This radio medium model is part of thee IEEE 802.11 physical layer model. It must be used in conjunction with the Ieee80211Radio model or other derived models.

This receiver model serves as the base module for IEEE 802.11 receivers. It supports switching channels, configuring different operation modes, and preamble modes.

This radio model uses scalar transmission power in the analog representation. It must be used in conjunction with the Ieee80211ScalarRadioMedium model.

This radio medium model uses scalar transmission power in the analog representation. It must be used in conjunction with the Ieee80211ScalarRadio model.

This receiver model receives an IEEE 802.11 transmission successfully if the minimum of the signal to noise and interference ratio over the duration of the reception is sufficiently high. It uses one of the IEEE 802.11 specific error models to compute the error rate based on this value and the used operation mode.

This transmitter model produces IEEE 802.11 transmissions that have scalar transmission power in their analog representation. The bit domain, symbol domain, and sample domains of the transmissions are not represented.

This transmitter model serves as the base module for IEEE 802.11 transmitters. It supports switching channels, configuring different operation modes, and preamble modes.