Abstract: In order to execute processing relating to synchronization based on a synchronization signal, a radio node 200 includes: a first processing section 211 configured to receive a synchronization signal transmitted from a first node 100; and a second processing section 212 configured to generate a reference signal by using a time signal acquired from a time signal source, and execute processing relating to synchronization in accordance with a comparison result based on the synchronization signal and the reference signal.

Abstract: To enable avoidance of termination of wireless connection between a base station and a terminal apparatus. A first base station (a base station 100A) comprises: an acquisition unit 141 configured to acquire mobility information on a terminal apparatus 200, the mobility information corresponding to information related to a beam formed for wireless communication with the terminal apparatus 200; and a control unit 143 configured to control processing related to handover for the terminal apparatus 200, based on the mobility information on the terminal apparatus 200.

Abstract: To enable avoidance of termination of wireless connection between a base station and a terminal apparatus. A first base station (a base station 100A) comprises: an acquisition unit 141 configured to acquire mobility information on a terminal apparatus 200, the mobility information corresponding to information related to a beam formed for wireless communication with the terminal apparatus 200; and a control unit 143 configured to control processing related to handover for the terminal apparatus 200, based on the mobility information on the terminal apparatus 200.

Abstract: The first base station (2) includes a first call processing unit (22) and a communication path establishment unit (24). The communication path establishment unit (24) performs processing for establishing a wireless link with the second base station (4). The first call processing unit (22) performs call processing for setting the wireless communication path to the second base station (4) via the communication path establishment unit (24). The second base station (4) includes a second call processing unit (42) and a transfer unit (46). The second call processing unit (42) performs call processing for setting the wireless communication path to the first base station (2). When the transfer unit (46) receives a signal for the call processing from the first base station (2), the transfer unit (46) transfers this signal to the second call processing unit (42).

Abstract: The first base station (2) includes a first call processing unit (22) and a communication path establishment unit (24). The communication path establishment unit (24) performs processing for establishing a wireless link with the second base station (4). The first call processing unit (22) performs call processing for setting the wireless communication path to the second base station (4) via the communication path establishment unit (24). The second base station (4) includes a second call processing unit (42) and a transfer unit (46). The second call processing unit (42) performs call processing for setting the wireless communication path to the first base station (2). When the transfer unit (46) receives a signal for the call processing from the first base station (2), the transfer unit (46) transfers this signal to the second call processing unit (42).

Abstract: A radio communication system according to the present invention includes a radio base station device and a parameter determination device. The radio base station device includes: an antenna device which performs radio communication with a mobile station device; a positional information acquisition unit which acquires positional information representing a position of the antenna device; and a control unit which notifies the parameter determination device of the positional information acquired by the positional information acquisition unit, and controls the antenna device according to a parameter transmitted from the parameter determination device.

Abstract: A wireless base station apparatus according to the present invention has a plurality of wireless resources allocated in correspondence with communication processings on real-time data, non-real-time data and shared data, and a control section. The control section stores a table for recording states of use of the wireless resources, and upon receiving a signal for requesting setting some of the wireless resources for new real-time data, and if no released resource is found by referring to the table, allocates part of wireless resources for communication processing on the shared data to wireless resources for communication processing on the new real-time data, and upon receiving a signal for requesting setting some of the wireless resources for new shared data, and if no released resource is found by referring to the table, allocates part of wireless resources for communication processing on the non-real-time data to wireless resources for communication processing on the new shared data.

Abstract: A radio communication system according to the present invention includes a radio base station device and a parameter determination device. The radio base station device includes: an antenna device which performs radio communication with a mobile station device; a positional information acquisition unit which acquires positional information representing a position of the antenna device; and a control unit which notifies the parameter determination device of the positional information acquired by the positional information acquisition unit, and controls the antenna device according to a parameter transmitted from the parameter determination device.

Abstract: A wireless base station apparatus according to the present invention has a plurality of wireless resources allocated in correspondence with communication processings on real-time data, non-real-time data and shared data, and a control section. The control section stores a table for recording states of use of the wireless resources, and upon receiving a signal for requesting setting some of the wireless resources for new real-time data, and if no released resource is found by referring to the table, allocates part of wireless resources for communication processing on the shared data to wireless resources for communication processing on the new real-time data, and upon receiving a signal for requesting setting some of the wireless resources for new shared data, and if no released resource is found by referring to the table, allocates part of wireless resources for communication processing on the non-real-time data to wireless resources for communication processing on the new shared data.

Abstract: A control method for a mobile communication system. The method includes receiving data destined for a mobile terminal from a host apparatus; storing the data in a buffer; keeping the stored data destined for the mobile terminal available even when the mobile terminal changes a cell association; retrieving the data from the buffer; and transmitting the data to the mobile terminal via wireless signals.

Abstract: The present invention provides a mobile communication system that can efficiently control the conflicting abilities of making the high quality communication and keeping the number of accommodating the mobile terminals. A radio quality measuring part of a mobile terminal requests a radio base station to increase or decrease the transmitting power to attain a needed receiving quality. A radio quality control part controls the receiving quality so that the bearer quality may attain the required quality on the basis of the bearer quality measured by a bearer quality control part. The radio base station always monitors the quality for a radio section. When this radio quality exceeds a threshold specified by a radio base station controller, the radio base station reports to the radio base station controller the worsening or improvement of the radio quality via a radio base station protocol terminator with a radio quality report.

Abstract: A network access control is performed by using a status management table having a maximum permissible number of entries, which is determined depending on a time-out period predetermined by user terminals and a hardware-setting time required for setting communication resource. When receiving an access start request received from a user terminal, it is determined whether the hardware setting corresponding to the access start request is estimated to be completed within the time-out period. If it is estimated to be completed, the received access start request is registered into the status management table to issue a hardware setting command. If it is estimated not to be completed, an access rejection message is sent back to the user terminal.

Abstract: Information on each wireless environment of an adjacent cell is exchanged between adjacent wireless base station in a mobile communication system, where the system enables a plurality of wireless base stations to communicate with each other by using a link between the base stations. Then, the latest information of the information on the wireless environments is stored in a memory at each wireless base station. Each wireless base station performs handover control, transmission power control, traffic control by referencing the memory storage information. That enables usage efficiency of wireless resources to be improved and a communication quality at end users to be improved as a whole of the system.

Abstract: A wireless base station device, connected to a higher-level station device via a wired line, comprises baseband processors 11, one for each virtual link 21 to which user data flows belong. In the baseband processor 11, a congestion monitor 51 monitors the reception bandwidth usage rate of a virtual link allocated to each cell for detecting congestion and, upon detecting congestion, sends a notification to a flow controller 57. A user traffic distributor 52 distributes a received user traffic into the traffic flow of each user and, at the same time, extracts, for each user data flow, the buffer holding amount in the higher-level station device where user data flows are multiplexed and sends a notification to the flow controller 57.

Abstract: A system for monitoring a CDMA-type mobile terminal device, includes (a) a CDMA base station system, (b) a CDMA core network connected to the CDMA base station system through wires, (c) a server which monitors the CDMA base station system connected to the CDMA core network through wires, (d) a monitoring device connected to the server through wires, the monitoring device monitoring and controlling the CDMA base station system through both the server and the CDMA core network, and (e) a CDMA-type mobile terminal device connected to the CDMA base station system through radio signals.

Abstract: A control method for a mobile communication system. The method includes receiving data destined for a mobile terminal from a host apparatus; storing the data in a buffer; keeping the stored data destined for the mobile terminal available even when the mobile terminal changes a cell association; retrieving the data from the buffer; and transmitting the data to the mobile terminal via wireless signals.

Abstract: The present invention provides a mobile communication system that can efficiently control the conflicting abilities of making the high quality communication and keeping the number of accommodating the mobile terminals.

Abstract: A network access control is performed by using a status management table having a maximum permissible number of entries, which is determined depending on a time-out period predetermined by user terminals and a hardware-setting time required for setting communication resource. When receiving an access start request received from a user terminal, it is determined whether the hardware setting corresponding to the access start request is estimated to be completed within the time-out period. If it is estimated to be completed, the received access start request is registered into the status management table to issue a hardware setting command. If it is estimated not to be completed, an access rejection message is sent back to the user terminal.

Abstract: A baseband signal processor is used in a base station of a CDMA communication system. The baseband signal processor comprised a plurality of processing panels which abstract specific data sequences from an input signal to produce abstracted data sequences. A RAKE section is connected to the processing panels which synthesize the abstracted data sequences to produce the synthesized data sequence. A controller is related to the processing panels and connected to the RAKE section to select at least one of the processing panels in response to a first transmission rate. Selected processing panels selected by the controller abstract the first derivative data sequences from the input signal as the specific data sequences and to produce first abstracted data sequences as the abstracted data sequences. The RAKE section synthesizes the first abstracted data sequences under the control of the controller.

Abstract: A CDMA wireless system which exchanges a signal between a plurality of mobile stations and a wireless base station by a CDMA (Code Division Multiple Access) method includes first and second hierarchical cells, and a base station control device. The first and second hierarchical cells constitute hierarchical cover areas of the wireless base station and are different in only transmission/reception frequency. The base station control device preferentially hands over a mobile station having a low spread rate among the mobile stations to either one of the first and second hierarchical cells. An interference wave suppressing method in this system is also disclosed.