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    • 9. 发明授权
    • Communication method for broadband digital radio system and broadband digital radio communication terminal
    • 宽带数字无线电系统和宽带数字无线电通信终端的通信方法
    • US06341145B1
    • 2002-01-22
    • US09041771
    • 1998-03-13
    • Willy HioeToshikazu Nishino
    • Willy HioeToshikazu Nishino
    • H04L2700
    • H04L1/0009H04L1/0003H04L1/0007H04L1/0026
    • A broadband radio communication system and method therefore that conducts communication on a plurality of narrowband channels obtained by dividing a broadband channel into a plurality of narrowband channels. The invention provides a first radio communication terminal which sets transmission conditions of at least part of the narrowband channels and transmits a wireless packet on the narrowband channels of which the transmission conditions have been set, and a second radio communication terminal which receives the wireless packet from the first radio communication terminal, measures the line qualities of the narrowband channels and transmits measured line quality information to said first radio communication terminal. The first radio communication terminal receives the line quality information, sets new transmission conditions based on the line quality information, and transmits a wireless packet to the second radio communication terminal through the narrowband channels under the new transmission conditions.
    • 因此,宽带无线电通信系统和方法在通过将宽带信道划分成多个窄带信道而获得的多个窄带信道上进行通信。 本发明提供了一种第一无线电通信终端,其设置至少部分窄带信道的传输条件,并且在已经设置了传输条件的窄带信道上发送无线分组,以及从无线分组接收无线分组的第二无线电通信终端 第一无线电通信终端测量窄带信道的线路质量,并将测量的线路质量信息发送到所述第一无线电通信终端。 第一无线电通信终端接收线路质量信息,基于线路质量信息设置新的发送条件,并且在新的发送条件下通过窄带信道向第二无线电通信终端发送无线分组。
    • 10. 发明授权
    • Superconducting device including plural superconducting electrodes
formed on a normal conductor
    • 超导装置包括形成在正常导体上的多个超导电极
    • US5442195A
    • 1995-08-15
    • US136984
    • 1993-10-18
    • Kazuo SaitohToshikazu NishinoMutsuko Hatano
    • Kazuo SaitohToshikazu NishinoMutsuko Hatano
    • H01L39/22H01L27/18H01L39/24B05D5/12G11C11/44H01B12/00
    • H01L27/18Y10S505/832
    • A superconducting device may include a superconducting weak link equipped with plural superconducting devices that are used as input-output terminals formed on the same plane and at least one current source for applying current to at least one of these superconducting electrodes. A superconducting device suitable for high integration can be realized as it enables structuring of a superconducting weak link 1 equipped with plural superconducting electrodes 101, 102, 103 and 104 that can be used as input-output terminals and changing symmetry of superconducting electrode arrangement through the form of a normal conductor 201 which is forming a superconducting weak link. In addition, when this superconducting device is used as a quasi-particle injection type device, a superconducting device with plural superconducting electrodes that can be used for a gate electrode, drain electrode or control electrode can be realized. Further, a superconducting device equipped with new functions (e.g. motion as a neuron device) which are capable of high integration can be realized by utilizing these characteristics. Furthermore, being a proximity effect type, superconducting weak link has an advantage of realizing an ultra highspeed, low electricity consuming switching device.
    • 超导装置可以包括配备有多个超导装置的超导弱连接器,所述多个超导装置用作形成在同一平面上的输入 - 输出端子和用于向这些超导电极中的至少一个施加电流的至少一个电流源。 可以实现适用于高集成度的超导装置,因为它能够构成配备有可用作输入 - 输出端子的多个超导电极101,102,103和104的超导弱连接件1,并且通过所述超导电极装置改变超导电极装置的对称性 形成超导弱连接的正常导体201的形式。 此外,当该超导装置用作准粒子注入型装置时,可以实现具有可用于栅电极,漏电极或控制电极的多个超导电极的超导装置。 此外,可以通过利用这些特性来实现配备有能够高集成度的新功能(例如作为神经元装置的运动)的超导装置。 此外,作为接近效应型,超导弱连接具有实现超高速,低耗电开关器件的优点。