TH21423A - Rearrangement - Google Patents

Abstract

Methods of establishment and forwarding of calls In mobile cellular radio systems where consideration is given to the load capacities of several types of channels, this communication system determines the available capacitance of the different channel groups in a communication system when Whichever new call wants to be established Subsequently, this system will assign Retrieves a group of channels. With the most available channels If the station is mobile Requesting to be multiple mobile stations or this system will forward the station Multiple moves from a group The first of the transponder to the second group of channels, or vice versa. To cause Independent channel for calls from a single moving unit.

Claims (9)

1.In a cellular communication system containing two groups of channels and at least One of the mobile stations of the type one that uses only the first group of channels and at least the One of a type II mobile station that uses both the first and second channel groups, a method for the allocation of traffic lanes to the aforementioned type one mobile station, which includes a procedure for determining whether the Is the forwarding of such a second type of mobile station desirable? Detecting that any such second mobile station is operating in a channel group. The first signal or not Determination of the capacity available in the aforementioned second channel group; and The forwarding of the aforementioned second type of mobile station operating in that first channel group. To the aforementioned second channel group when there is a channel in that channel group The second group. 2. A method for the allocation of traffic lanes in a cellular communication system in accordance with claim No. 1, where the detected mobile station is forwarded to the channel in the channel group of the cellular communication system. Two of them within the same base station. 3. Methods for the allocation of traffic lanes in the cellular communication system in accordance with claim No. 1, provided that such procedure determines that the forwarding of the aforementioned second type of mobile station is at Want or not, will be performed when requested for mobile station channel assignment. The number of channels available in that first channel group is zero. 4. Method for the allocation of traffic lanes in the cellular communication system in accordance with claim No. 1, provided that such procedure determines that the forwarding of the aforementioned second type of mobile station is at Required or not, will be performed when the number of channels available in the first channel group sounds. Said to be below the threshold 5. Method for the allocation of traffic lanes in the cellular communication system according to claim 4, where the threshold is the three available channels. 6. Methods for the allocation of traffic lanes in cellular communication systems according to claim No. 1, where the first such channel group is an analog channel and a channel group. The second group of these is digital channels. 7. Methods for the allocation of traffic lanes in the cellular communication system according to claim 1, where the first channel group is the primary frequency band and the channel group. The second group of signals is a channel in the extended frequency band. 8. Methods for the allocation of traffic lanes in cellular communication according to claim No. 1, where the first channel group is the TDMA channel and the second channel group. It is a channel in the CDMA system. 9. Methods for the allocation of traffic lanes in the cellular communication system according to claim No. 1, where the detected mobile stations are forwarded to the transponders in the cellular communication channel group. Such two with the least amount of interference 1 0. A method for the allocation of traffic lanes in a cellular communication system in accordance with claim No. 1, where the detected mobile station is forwarded to a randomly selected channel in The second such channel group