Abstract: An object of the present invention is to provide a test/diagnosis method for fertility which allows the estimation of the possibility of leading to pregnancy based on the ability of sperm to fuse with an egg and the identification of a cause of infertility; and a polynucleotide and a fertility testing kit which are used in the method.

Abstract: The wireless base station notifies the missing to the transmitter upon detection of missing of a data segment received from the transmitter, and the transmitter controls the header compression state of the data segment addressed to the wireless terminal upon the reception of the notification of the missing.

Abstract: An object of the present invention is to provide a test/diagnosis method for fertility which allows the estimation of the possibility of leading to pregnancy based on the ability of sperm to fuse with an egg and the identification of a cause of infertility; and a polynucleotide and a fertility testing kit which are used in the method.

Abstract: A content processing apparatus includes a plurality of first outputters. A plurality of first outputters respectively output a plurality of first contents. Each of a plurality of selectors selects any one of the plurality of first contents respectively outputted from the plurality of first outputters. A composer composes the plurality of first contents respectively outputted from the plurality of selectors. A controller controls a selection manner of each of the plurality of selectors so as to be different depending on a mode.

Abstract: This is a method for transmitting packets. The transmission method includes measuring a time taken for feedback indicating that a packet including context information has been lost; and switching between a first mode and a second mode based on the measured time taken for the feedback, the first mode being a mode for periodically transmitting a packet including the context information and the second mode being a mode for transmitting a packet including the context information in response to the feedback indicating that a packet including the context information has been lost.

Abstract: The wireless base station notifies the missing to the transmitter upon detection of missing of a data segment received from the transmitter, and the transmitter controls the header compression state of the data segment addressed to the wireless terminal upon the reception of the notification of the missing.

Abstract: A mobile communication system that performs concealment processing of data between a wireless base station and a mobile station. The mobile communication system includes a concealment synchronization deviation detecting unit that detects concealment synchronization deviation between the mobile station and the wireless base station by detecting expansion failure of a compressed header after concealment release; and a concealment synchronization information notifying unit that notifies an opposite side of concealment synchronization information when the concealment synchronization deviation occurs.

Abstract: A transmission parameter control apparatus that improves transmission quality of real-time media in a transmission route that includes a wireless section in at least a part of the transmission route. The transmission parameter control apparatus is connected to a terminal via a network and is connected to a mobile terminal via a wireless link. The apparatus includes: an obtaining part for obtaining a quality parameter indicating transmission quality corresponding to the wireless link from signals of downlink and uplink transmission routes; and an adjustment part for adjusting a value of a transmission parameter determining a transmission scheme in the wireless link according to the quality parameter.

Abstract: An object of the present invention is to provide a transmission parameter control apparatus that can improve transmission quality of real-time media in a transmission route that includes a wireless section in at least a part of the transmission route. According to the present invention, a transmission parameter control apparatus 200 that is connected to a terminal 104 via a network 102 and that is connected to a mobile terminal 108 via a wireless link, is provided. The apparatus includes: an obtaining part 210 for obtaining a quality parameter indicating transmission quality corresponding to the wireless link from signals of downlink and uplink transmission routes; and an adjustment part 220 for adjusting a value of a transmission parameter determining a transmission scheme in the wireless link according to the quality parameter.

Abstract: An inter-controller SW device, which broadcasts a message, or routes a message from a mobile station, is arranged between a base station controller and base station transceiver subsystem in a fixed wireless communications system, so that a communications path can be formed as the mobile station moves. In the fixed wireless communications system, the inter-controller SW device copies the message from the base station controller for which setting is made to make a mobile station belong to, and routes the message with a communication between inter-controller SW devices so as to allow a message to be transmitted also from a base station transceiver subsystem subordinate to a base station controller to which the mobile station does not belong, other than the base station controller to which the mobile station belongs. Additionally, a message from a mobile station that moves is routed with a communication between inter-controller SW devices, etc.

Abstract: A control system for a communication apparatus has capability of coping with bus extension. The control system includes a control section and a plurality of controlled sections connected to the control section via a bus. Each controlled section accommodates at least one object to be controlled. The control section has a first interface for extension bus generation which includes a latch section and a bus transmission section. The controlled section has a second interface section for extension bus generation which includes a reception section, a judgment section, and a permission signal send-back section. The bus is formed by a bus which complies with a standard regarding mutual connection between apparatuses in a data communication system so as to send and receive pieces of information, each including a predetermined number of bits, and control signals. This makes it possible to suppress the hardware cost of channel sections and to efficiently perform highly functional monitoring and controlling.