Channel qualification for an adaptive frequency hopping method by means of bit or packet error rate measurement and simultaneous field strength measurement

1. A method for qualification of a transmission quality of frequency channels of a radio system which uses frequency hopping, comprising:

communicating wirelessly between at least two units in the radio system via a frequency channel;

measuring a data packet error rate or a bit error rate and a field strength of a received data signal;

comparing the field strength with a threshold value field strength; and

qualifying the transmission quality of the frequency channel based on the field strength comparison;

selecting frequency channels for the wireless radio system based on the qualification of the transmission quality of the frequency channels,

wherein the selection of a frequency channel is made independently of the information about the data packet error rate or the bit error rate, if the field strength of the received data signal is below the threshold value field strength.

2. A method of performing adaptive frequency hopping, comprising:

concurrently evaluating a data packet error rate or a bit error rate and a field strength of a received data signal associated with a wireless communication on a frequency channel between two communication units, wherein the concurrent evaluation comprises:

measuring the field strength of the received data signal; and

comparing the measured field strength to a predetermined field strength threshold; and

determining whether the frequency channel qualifies for subsequent use based on the concurrent evaluation, wherein determining whether the frequency channel qualifies for subsequent use further comprises:

maintaining the frequency channel within a group of available frequency channels for adaptive frequency hopping if the measured field strength exceeds the predetermined threshold and the data packet error rate or bit error rate is less than a predetermined error rate threshold.

3. The method of claim 2 , wherein the concurrent evaluation is performed within one single transmission time slot of a receiving one of the communication units.

4. A method of performing adaptive frequency hopping, comprising;

concurrently evaluating a data packet error rate or a bit error rate and a field strength of a received data signal associated with a wireless communication on a frequency channel between two communication units, wherein the concurrent evaluation comprises:

measuring the field strength of the received data signal; and

comparing the measured field strength to a predetermined field strength threshold; and

determining whether the frequency channel qualifies for subsequent use based on the concurrent evaluation, wherein determining whether the frequency channel qualifies for subsequent use further comprises:

ignoring the data packet error rate or the bit error rate if the measured field strength is less than the predetermined field strength threshold; and

maintaining the frequency channel within a group of available frequency channels for adaptive frequency hopping.

5. The method of claim 4 , wherein the concurrent evaluation is performed within one single transmission time slot of a receiving one of the communication units.

6. A method of performing adaptive frequency hopping, comprising:

concurrently evaluating a data packet error rate or a bit error rate and a field strength of a received data signal associated with a wireless communication on a frequency channel between two communication units; and

determining whether the frequency channel qualifies for subsequent use based on the concurrent evaluation,

wherein the concurrent evaluation comprises maintaining the frequency channel as one of a plurality of available channels in an adaptive frequency hopping methodology if the field strength of the received data signal is less than a predetermined threshold independently of whether the data packet error rate or bit error rate exceeds or falls below a predetermined error rate threshold.

7. The method of claim 6 , wherein the concurrent evaluation is performed within one single transmission time slot of a receiving one of the communication units.