Abstract:
A method for checking channel interference in short range communication is provided to stably transmit a stream and to obtain an effect of load balance in short range communication. A transceiver, monitoring frames, checks the number of frames successfully received to a receiver whenever a preset time lapses(S500,S501). The transceiver compares the number of successfully received frames with an upper limit value and a lower limit value(S502,S504). In case the number of successfully received frames is smaller than the upper limit value, the transceiver subtracts the difference value from an initial value(S503). And if the number of successfully received frames is larger than the lower limit value, the transceiver adds the difference value to the initial value(S505). Every time an appointed period elapses, the transceiver compares the varied number of frames with a threshold value whenever the preset time elapses, in a state that the initial value is continuously changed(S506,S507). If the varied number of frames is smaller than the threshold value, the transceiver judges that interference has occurred(S508).
Abstract:
An A/V equipment and a channel selecting method are disclosed, wherein the A/V equipment forms a wireless network by using information of each channel obtained by scanning each channel of a monitoring channel set to compute a predetermined parameter, and comparing the computed parameters to select an optimum channel. Consequently, the A/V equipment is configured to form a wireless network at a channel in which the wireless environment is the most satisfactory, thereby being enabled to satisfy a QoS requirement and to provide good quality of service, and to effectively distribute frequency resources under an environment, where the wireless equipment is mixed exists
Abstract:
An A/V equipment and a channel selecting method are disclosed, wherein the A/V equipment forms a wireless network by using information of each channel obtained by scanning each channel of a monitoring channel set to compute a predetermined parameter, and comparing the computed parameters to select an optimum channel. Consequently, the A/V equipment is configured to form a wireless network at a channel in which the wireless environment is the most satisfactory, thereby being enabled to satisfy a QoS requirement and to provide good quality of service, and to effectively distribute frequency resources under an environment, where the wireless equipment is mixed exists