The problems of power estimates and quality of transmission of IEEE 802.11 radio waves in the frequency range of 2.4 GHz to normal distribution, as well as in terms of dispersion and absorption of the direct radio wave passing through the forest. Experimentally by determining the dependence was the radio signal strength by increasing the distance between the transmitter and the receiver of the radio channel, and the density of trees in a mixed forest. Shows the effect of the flame on the radio signal. A schedule dependencies radio signal strength based interference.
emergency, signal radio, transmission of information, signal strength, open space, forest, flame