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    • 5. 发明申请
    • METHOD OF USING AVAILABLE MOBILE COMMUNICATION TERMINAL AS RELAY STATION
    • 使用可用的移动通信终端作为中继站的方法
    • US20100136983A1
    • 2010-06-03
    • US12325143
    • 2008-11-29
    • Biao LUZhong-Tao HAO
    • Biao LUZhong-Tao HAO
    • H04W40/00H04B3/36
    • H04W40/22H04B7/2606H04W36/30H04W88/04
    • A method of using an available mobile communication terminal as a relay station is applied to base stations (BS) and mobile communication terminals, and each mobile communication terminal can function as a relay station. When a mobile communication terminal performs communication and signals received from a base station are in a state of being weak, a relay request is sent to the base station to search for available mobile communication terminals having communication signals stronger than the signals learned to be weak within a coverage area of the base station which sends out a notice message. After receiving the notice message, an available mobile communication terminal is selected as a relay station, and a register request is sent to the relay station for connecting to the mobile communication terminal. Upon accepting the register request, the mobile communication terminal can be connected to the base station through the relay station.
    • 将可用的移动通信终端用作中继站的方法应用于基站(BS)和移动通信终端,并且每个移动通信终端可以用作中继站。 当移动通信终端执行通信并且从基站接收到的信号处于弱状态时,向基站发送中继请求,以搜索具有比被学习弱的信号更强的通信信号的可用移动通信终端 发送通知消息的基站的覆盖区域。 在接收到通知消息之后,选择可用的移动通信终端作为中继站,并且向中继站发送注册请求以连接到移动通信终端。 接受注册请求后,移动通信终端可以通过中继站连接到基站。
    • 6. 发明申请
    • IN-BAND CONTROL PLANE AND MANAGEMENT FUNCTIONALITY IN OPTICAL LEVEL ONE VIRTUAL PRIVATE NETWORKS
    • 光带级控制平面和管理功能虚拟私有网络
    • US20110236018A1
    • 2011-09-29
    • US12748370
    • 2010-03-26
    • Radhakrishna VALIVETIBiao LU
    • Radhakrishna VALIVETIBiao LU
    • H04J14/00
    • H04L63/0272
    • A method performed by an optical node, operating as a first network edge device of an optical layer one virtual private network (L1VPN), includes generating, by a first module of the optical node, a first optical data frame, where the first optical data frame includes an L1VPN overhead, and where the L1VPN overhead includes a control plane communication field; generating, by a second module of the optical node, a first control plane message for a second network edge device of the optical L1VPN, where the second network edge device is connected to the first network edge device across a provider network via an optical L1VPN link; incorporating, by the first module, the first control plane message into the control plane communication field of the first optical data frame; and transmitting, by the first module, the first optical data frame to the second network edge device via the optical L1VPN link.
    • 由作为光层的第一网络边缘设备的光节点进行的一种虚拟专用网(L1VPN)的方法包括由光节点的第一模块生成第一光数据帧,其中第一光数据 帧包括L1VPN开销,并且其中L1VPN开销包括控制平面通信字段; 通过所述光节点的第二模块生成用于所述光L1VPN的第二网络边缘设备的第一控制平面消息,其中所述第二网络边缘设备经由光L1VPN链路经由提供商网络连接到所述第一网络边缘设备 ; 由第一模块将第一控制平面消息并入第一光数据帧的控制平面通信字段; 以及由所述第一模块经由所述光学L1VPN链路将所述第一光学数据帧发送到所述第二网络边缘设备。