Abstract: A wireless base station device includes a wireless unit for performing wireless communications with a mobile station; a reception memory unit for storing therein reception spectrum spread data as reception data; a baseband reception unit for processing and decoding the reception data stored in the reception memory unit; a common downlink channel reception unit for receiving a downlink signal of other base station devices; a frame protocol processing unit for converting a transmission channel format; a baseband transmission unit for outputting encoded data; a spread processing unit for outputting spread-modulated data to the wireless unit; and a call controller for controlling an allocation of processing resources. Parameters including a spreading code and a transmission power required for installing the wireless base station device are automatically set by operating the common downlink channel reception unit to detect notification information and signal levels of neighboring base station devices.

Abstract: On the basis of a spreading factor obtained by despreading a control channel of received data by a control channel despreading unit, a spreading factor determination unit determines a transmission rate of the received data. User data subjected to despreading processing at a user data despreading unit is demodulated by a demodulator and temporarily stored in a demodulated data memory. The user data read from the demodulated data memory is decoded by a decoder, whereas the result of decoding by the decoder is supplied to a delay measurement unit, where a delay time relative to the above processing, of the user data is detected. A channel resource management unit manages the number of available resources at all times or in a constant cycle on the basis of transmission rates of respective radio channels detected by the spreading factor determination unit and delay processing times of the respective radio channels detected by the delay measurement unit.

Abstract: A wireless base station device includes a wireless unit for performing wireless communications with a mobile station; a reception memory unit for storing therein reception spectrum spread data as reception data; a baseband reception unit for processing and decoding the reception data stored in the reception memory unit; a common downlink channel reception unit for receiving a downlink signal of other base station devices; a frame protocol processing unit for converting a transmission channel format; a baseband transmission unit for outputting encoded data; a spread processing unit for outputting spread-modulated data to the wireless unit; and a call controller for controlling an allocation of processing resources. Parameters including a spreading code and a transmission power required for installing the wireless base station device are automatically set by operating the common downlink channel reception unit to detect notification information and signal levels of neighboring base station devices.

Abstract: On the basis of a spreading factor obtained by despreading a control channel of received data by a control channel despreading unit, a spreading factor determination unit determines a transmission rate of the received data. User data subjected to despreading processing at a user data despreading unit is demodulated by a demodulator and temporarily stored in a demodulated data memory. The user data read from the demodulated data memory is decoded by a decoder, whereas the result of decoding by the decoder is supplied to a delay measurement unit, where a delay time relative to the above processing, of the user data is detected. A channel resource management unit manages the number of available resources at all times or in a constant cycle on the basis of transmission rates of respective radio channels detected by the spreading factor determination unit and delay processing times of the respective radio channels detected by the delay measurement unit.