Logging system outputs have not been modified (to avoid breaking any parsing scripts).
In this commit, aarfcd-wifi-manager to ht-capabilities are covered
Logging system outputs have not been modified (to avoid breaking any parsing scripts),
except for a typo in InterferenceHelper
In this commit, ht-configuration to yans-wifi-phy are covered
Finish the work of GSoC 2019 on the 3GPP channel modeling.
There are still some issue left, they are described in the Sphinx module
documentation.
* gsoc-2019-tommaso:
Integration of the 3GPP TR 38.901 fast fading model (GSoC 2019) (2/2)
In particular, this commit contains:
* a new abstract class ChannelConditionModel, which provides the base for the
implementation of specific channel condition models. The main method is
GetChannelCondition (mm a, mm b), which determines the channel condition
based on the tx and rx mobility models and returns it as a pointer to an
object of type ChannelCondition
* the implementation of the subclasses ThreeGppRMaChannelConditionModel,
ThreeGppUMaChannelConditionModel, ThreeGppUMiStreetCanyonChannelConditionModel,
ThreeGppIndoorMixedOfficeChannelConditionModel,
ThreeGppIndoorOpenOfficeChannelConditionModel, which inherits from
ChannelConditionModel and statistically determines the LOS/NLOS state based on
the specification in 3GPP TR 38.901
* the implementation of the subclass BuildingsChannelConditionModel, which
inherits from ChannelConditionModel and determines the LOS/NLOS state based
on the buildings deployed in the scenario. It has been adapted from the
mmwave module.
* new classes which extends the PropagationLossModel interface and implements
the pathloss models defined in 3GPP TR 38.901
(ThreeGppRmaPropagationLossModel, ThreeGppUmaPropagationLossModel,
ThreeGppUmiStreeCanyonPropagationLossModel,
ThreeGppIndoorOfficePropagationLossModel). The main method is DoCalcRxPower
(txPow, mm a, mm b), which applies the pathloss model taking into account the
LOS/NLOS channel state and then returns the received power. To retrieve the
channel state, they interface with the class ChannelConditionModel through
the method GetChannelCondition (mm a, mm b)
* documentation and test cases for all the new classes
