mapc_optimal.constants
======================

.. py:module:: mapc_optimal.constants

.. autoapi-nested-parse::

   Default values of the parameters used in the solver.



Attributes
----------

.. autoapisummary::

   mapc_optimal.constants.MAX_TX_POWER
   mapc_optimal.constants.MIN_TX_POWER
   mapc_optimal.constants.NOISE_FLOOR
   mapc_optimal.constants.CENTRAL_FREQUENCY
   mapc_optimal.constants.WALL_LOSS
   mapc_optimal.constants.BREAKING_POINT
   mapc_optimal.constants.REFERENCE_DISTANCE
   mapc_optimal.constants.DATA_RATES
   mapc_optimal.constants.MEAN_SNRS
   mapc_optimal.constants.MIN_SNRS


Module Contents
---------------

.. py:data:: MAX_TX_POWER
   :value: 20.0


   Physical constant (dBm)

.. py:data:: MIN_TX_POWER
   :value: 10.0


   Physical constant (dBm)

.. py:data:: NOISE_FLOOR
   :value: -93.97


   Physical constant (dBm)
   https://www.nsnam.org/docs/models/html/wifi-testing.html#packet-error-rate-performance

.. py:data:: CENTRAL_FREQUENCY
   :value: 5.16


   Simulation parameter (GHz)
   https://en.wikipedia.org/wiki/List_of_WLAN_channels#5_GHz_(802.11a/h/n/ac/ax)

.. py:data:: WALL_LOSS
   :value: 7.0


   Simulation parameter (dB)

.. py:data:: BREAKING_POINT
   :value: 10.0


   TGax channel model parameter (m)
   https://mentor.ieee.org/802.11/dcn/14/11-14-0980-16-00ax-simulation-scenarios.docx (p. 19)

.. py:data:: REFERENCE_DISTANCE
   :value: 1.0


   TGax channel model parameter (m)

.. py:data:: DATA_RATES

   Data rates for IEEE 802.11be standard, 1 spatial stream, and 800 ns GI (Mb/s)

.. py:data:: MEAN_SNRS

   Parameters of the success probability curves - cdf of the normal distribution with standard deviation of 1.6
   (derived from ns-3 simulations with Nakagami fading)

.. py:data:: MIN_SNRS

   Minimal SNR values for each MCS (dB) to obtain 95% success probability