Abstract: In order for a radio base station performing coordinated control with another radio base station, to appropriately perform scheduling for radio communication with a terminal apparatus, an apparatus of the present invention includes: an obtaining section configured to obtain information related to a first schedule for coordinated control between an access point 200A and an access point 200B; and a control section 133 configured to perform control related to a second schedule for the access point 200A to perform radio communication with a terminal apparatus 300, based on the information related to the first schedule.

Abstract: In order for a radio base station performing coordinated control with another radio base station, to appropriately perform scheduling for radio communication with a terminal apparatus, an apparatus of the present invention includes: an obtaining section configured to obtain information related to a first schedule for coordinated control between an access point 200A and an access point 200B; and a control section 133 configured to perform control related to a second schedule for the access point 200A to perform radio communication with a terminal apparatus 300, based on the information related to the first schedule.

Abstract: [Problem] To avoid the occurrence of a “DTX-ACK” error or “DTX-NACK” error when a terminal has failed to receive uplink control information. [Solution] A base station (20) of a wireless communication system wherein packet retransmission control is performed by means of a hybrid automatic repeat request (HARQ) is equipped with: a physical uplink shared channel (PUSCH) reception processing unit (104) that, when the transmission timing of HARQ information from a terminal (10) coincides with the transmission timing of a PUSCH transmitted from the terminal (10), receives the HARQ information from the PUSCH and performs a cyclic redundancy check (CRC) on a packet included in the PUSCH; and an HARQ information check unit (105) that performs HARQ-based confirmation of reception at the terminal (10) by receiving the HARQ information checked by the PUSCH reception processing unit (104) and the CRC result.

Abstract: The disclosed allocation apparatus appropriately selects a mobile station for which uplink scheduling is needed. An allocation apparatus (12) according to a present embodiment includes a selection unit (13) that selects, from a plurality of mobile stations (111 to 11M), a target mobile station that serves as a target for which uplink scheduling is to be performed. The selection unit (13) selects a target mobile station based on an elapsed time from a timing at which uplink scheduling is previously performed for at least one mobile station of the plurality of mobile stations (111 to 11M).

Abstract: [Problem] To avoid the occurrence of a “DTX-ACK” error or “DTX-NACK” error when a terminal has failed to receive uplink control information. [Solution] A base station (20) of a wireless communication system wherein packet retransmission control is performed by means of a hybrid automatic repeat request (HARQ) is equipped with: a physical uplink shared channel (PUSCH) reception processing unit (104) that, when the transmission timing of HARQ information from a terminal (10) coincides with the transmission timing of a PUSCH transmitted from the terminal (10), receives the HARQ information from the PUSCH and performs a cyclic redundancy check (CRC) on a packet included in the PUSCH; and an HARQ information check unit (105) that performs HARQ-based confirmation of reception at the terminal (10) by receiving the HARQ information checked by the PUSCH reception processing unit (104) and the CRC result.

Abstract: The disclosed allocation apparatus appropriately selects a mobile station for which uplink scheduling is needed. An allocation apparatus (12) according to a present embodiment includes a selection unit (13) that selects, from a plurality of mobile stations (111 to 11m), a target mobile station that serves as a target for which uplink scheduling is to be performed. The selection unit (13) selects a target mobile station based on an elapsed time from a timing at which uplink scheduling is previously performed for at least one mobile station of the plurality of mobile stations (111 to 11M).

Abstract: One object of the present invention is to make a base station detect inconsistency between an uplink maximum transmission power P_CMAX actually set by a mobile station, and a maximum transmission power P_EMAX allowed by the base station for the mobile station without making the mobile station report to the base station about a transmission power upper-limit value P_UMAX associated with a power class of the mobile station. A base station (10) determines inconsistency between a set value P_CMAX of a maximum transmission power which a mobile station (13) actually imposes on itself and an index value P_RMAX of the maximum transmission power used in the base station (10) for scheduling a radio resource carrying an uplink signal.

Abstract: One object of the present invention is to make a base station detect inconsistency between an uplink maximum transmission power P_CMAX actually set by a mobile station, and a maximum transmission power P_EMAX allowed by the base station for the mobile station without making the mobile station report to the base station about a transmission power upper-limit value P_UMAX associated with a power class of the mobile station. A base station (10) determines inconsistency between a set value P_CMAX of a maximum transmission power which a mobile station (13) actually imposes on itself and an index value P_RMAX of the maximum transmission power used in the base station (10) for scheduling a radio resource carrying an uplink signal.

Abstract: The object of the present invention is to provide a network camera, an operation control method and a program that can improve convenience. A network camera of the present invention is a network camera that can be connected to a network, and is equipped with: an image capturing means for capturing an image of an object and generating image data, an image processing means for encoding the image data, a storing means for storing the image data encoded by the image processing means, and a controlling means for controlling an encoding bit rate at the image processing means based on a data transmission rate that the network has allowed for the network camera.

Abstract: When a base station receives a report of signal power of a common pilot channel of each cell received at a mobile station, the base station converts the received signal power in the report on the basis of the transmission power of the common pilot channel of each of the cells. A base station controller determines the cell to which the mobile station is to be connected on the basis of the received signal power of the common pilot channel in each cell.

Abstract: An exemplary method for a communication network according to the present invention includes detecting movement of a mobile station, and modifying a control for the communication network based on the detection of the movement. In an exemplary embodiment, a transmit power control may be increased or decreased based the movement of the mobile station which is detected. Further, the network may determine a base station among plurality of base stations which provides the best communication path, taking into account a movement state of the mobile station. Accordingly, a stable hand over process may be realized, providing favorable communication quality and minimizing the occurrence of disconnection of the mobile terminal from a base station.

Abstract: An exemplary method for a communication network according to the present invention includes detecting movement of a mobile station, and modifying a control for the communication network based on the detection of the movement. In an exemplary embodiment, a transmit power control may be increased or decreased based the movement of the mobile station which is detected. Further, the network may determine a base station among plurality of base stations which provides the best communication path, taking into account a movement state of the mobile station. Accordingly, a stable hand over process may be realized, providing favorable communication quality and minimizing the occurrence of disconnection of the mobile terminal from a base station.

Abstract: In a wireless diversity reception apparatus, a combining unit RAKE-combines signals of multipaths transmitted from a mobile station and received by a plurality of antennas. An antenna failure detection unit detects an antenna failure based on selection result information representing paths used for RAKE combining. A mobile station control unit calculates the total reception power value of a cell in accordance with an antenna failure detection state and outputs power control information to make the total reception power value of the cell match a target total reception power value. A transmission unit transmits the power control information to the mobile station to perform transmission power control of the mobile station. A wireless diversity reception method is also disclosed.

Abstract: The present invention is to provide a mobile radio communications method, a mobile radio communications system, base station controlling equipment and a mobile radio terminal device, all of which make it possible to realize reduction of power consumption of the mobile radio terminal device even in the case where the remaining battery capacity of the mobile radio terminal device has become short while the mobile radio terminal device is performing high-speed and large-amount data transmission. In the present invention, the mobile radio terminal device detects the remaining battery capacity, and this information is transmitted to the base station controlling equipment.

Abstract: A commodity sales system (100) includes an advertisement-data creation device that extracts, upon receiving an advertisement transmission request specifying a commodity via the network from a mobile phone (103), advertisement data of the commodity specified by the transmission request from an advertisement database storing therein a commodity, advertisement data of the commodity and privilege information in association, to create advertisement data; a registration device that registers information specifying the mobile phone (103) that transmitted the transmission request, the commodity corresponding to the extracted advertisement data, and the privilege information in a client-information database in association with one another; and a privilege-information extraction device that extracts, when the mobile phone (103) issues a commodity purchase request, a privilege to be offered to the terminal unit (103) that transmitted the commodity purchase request with reference to the client-information database.

Abstract: When a base station receives a report of signal power of a common pilot channel of each cell received at a mobile station, the base station converts the received signal power in the report on the basis of the transmission power of the common pilot channel of each of the cells. A base station controller determines the cell to which the mobile station is to be connected on the basis of the received signal power of the common pilot channel in each cell.

Abstract: The present invention is to provide a mobile radio communications method, a mobile radio communications system, base station controlling equipment and a mobile radio terminal device, all of which make it possible to realize reduction of power consumption of the mobile radio terminal device even in the case where the remaining battery capacity of the mobile radio terminal device has become short while the mobile radio terminal device is performing high-speed and large-amount data transmission. In the present invention, the mobile radio terminal device detects the remaining battery capacity, and this information is transmitted to the base station controlling equipment.

Abstract: An exemplary method for a communication network according to the present invention includes detecting movement of a mobile station, and modifying a control for the communication network based on the detection of the movement. In an exemplary embodiment, a transmit power control may be increased or decreased based the movement of the mobile station which is detected. Further, the network may determine a base station among plurality of base stations which provides the best communication path, taking into account a movement state of the mobile station. Accordingly, a stable hand over process may be realized, providing favorable communication quality and minimizing the occurrence of disconnection of the mobile terminal from a base station.