TH26326A - Controlling the redesigned appearance of a radio communication system? - Google Patents

Abstract

Strategies for enhancing radio communication systems, for example, radio local cycle systems, described, abdominal circumference systems Radio wave region represents a part of the Connected by cable Between the local exchange and, for example, a telephone with a wireless connection. The same is true for wired systems. General form, mobile state However, the invention encourages the reformulation of the system, such as cell separation, in a way that eliminates the need for Rewrite the program in the address unit All distant units in a radio local cycle system can also be provided with a spare cell to increase the reliability of the system.

Claims (15)

1. The procedure for rearranging a radio communication system, which involves a local exchange connected to a remote unit via a wireless connection supported by terminal radios, consists of the following steps: restricting the so-called terminal radio to the first cell where it can communicate; rearranging the so-called radio system in such a way that the so-called terminal radio is in the second cell; reconfiguring the so-called terminal radio from the first cell to the second cell, in such a way that the terminal radio is restricted in communicating with the second cell; and broadcasting the identification signal of the second cell to the so-called terminal radio. 2. The procedure of claim number 1, herein referred to as the restructuring process of what is called a radio communication system, is further comprised of a response step; the separation of what is called the first cell into a group of cells. 3. The procedure of claim 1, herein referred to as the procedure for redefinering the so-called radio terminal, further includes the following steps: timely adjustment of the system's table which distinguishes the corresponding characteristics between the radio terminal and the cell in which the radio terminal is restricted. 4. The procedure of claim I, herein called the transmission procedure, is further comprised of the following steps: receiving, at the base station, a message of timely position adjustment from the so-called terminal radio; and transmitting, from the so-called base station, an acknowledgment message to the so-called terminal radio in response to the message of timely position adjustment. 5. The procedure of claim number 4, herein referred to as the transmission procedure, includes the following steps: sending a positive acknowledgment message; if the so-called base station is associated with the so-called second cell. 6. The procedure of claim number 4, herein called the transmission procedure, consists of the following steps: the transmission of a message requiring a rejection acknowledgment; if the so-called base station coexists with a cell other than the second cell. 7. The procedure for claim number 6, herein referred to as the Rejection Message, contains information specifying the type of so-called second cell and the control channel associated with that so-called second cell. 8. The procedure of Claim 1 is further comprising the following steps: providing at least one reserve cell which allows access to the so-called terminal radio when the so-called terminal radio is unable to locate the shared control channel with the first cell. 9. The procedure of claim 1, herein referred to as the transmission procedure, further comprises the following steps: The transmission of the message signal from the so-called first cell to the so-called radio receiver for instructing the so-called radio receiver to restrict access to the so-called second cell in place of the so-called first cell. 10. The procedure of claim number 9 is further comprised of the following steps: transmission, by the so-called receiving radio station, of the access message of the broadcast to the so-called second cell by using the identity of the so-called second cell provided in the so-called broadcast message; verification, by the so-called radio communication system, of the correspondence between the so-called receiving radio station and the so-called second cell during the reception of the so-called access message of the broadcast; and transmission, from the so-called second cell to the so-called receiving radio station, of a kind of complete broadcast message with the broadcast message omitted depending on the result of the so-called verification step. 11. The procedure for communicating with a restricted set of cells in a radio communication system consists of the following steps: storing a priority list of cell identities in the receiving radio, which includes the first cell identity associated with the first cell where the receiving radio is assigned, called the first cell identity, which has the lowest priority; and the second cell identity associated with the second cell where the receiving radio is later assigned, called the second cell identity, which has a higher priority than the first cell identity; and locking onto the control channel associated with the highest priority cell identity that can be located at the receiving radio. 12. The procedure of claim number 11 is further comprising the following steps: arranging the so-called radio communication system in such a way that the so-called terminal radio is located in the so-called second cell, whereby the so-called terminal radio is locked onto the control channel shared with the so-called second cell. 13. The procedure of claim 11, herein referred to as a radio communication system, is a local area radio circuit system in which a local exchange connects to a remote unit via a wireless connection supported by what is called a radio terminal. 14. The procedure of claim 11 is further comprised of the following steps: providing at least one reserve cell which allows access to the so-called terminal radio when the so-called terminal radio cannot locate a control channel shared with the so-called identity of a particular stored cell. 15. The procedure for establishing communication in a radio communication system having a local exchange connected to a remote unit via wireless connection supported by radio terminals. This procedure consists of the following steps: restricting the so-called radio terminal to the first cell where the so-called radio terminal can communicate; providing at least one backup cell which is accessible to the so-called radio terminal when the so-called radio terminal cannot locate the control signal shared with the so-called first cell; and communication, by the so-called radio terminal, between one of the so-called first cells and at least one backup cell, depending on the availability of the control signal shared with the so-called first cell.