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    • 2. 发明授权
    • Connection of subscriber communication network base station to external
information network
    • 用户通信网络基站与外部信息网络的连接
    • US4779262A
    • 1988-10-18
    • US921656
    • 1986-10-21
    • Graham M. AvisTerrance S. CollinsMartin K. SchroederBrian G. KiernanJonathan W. Mechling
    • Graham M. AvisTerrance S. CollinsMartin K. SchroederBrian G. KiernanJonathan W. Mechling
    • H04Q11/04H04J3/02
    • H04Q11/04
    • A base station in a subscriber communication network for communicating signals between subscriber stations and an external communication network having a plurality of ports. The base station includes a communication circuit for enabling simultaneous communications between a plurality of the ports and a plurality of subscriber stations over a given communication channel having multiple sequentially repetitive time slots; a remote-connection processor for directing communications between the time slot assigned to a given subscriber station and a given external communication network port; and an exchange for connecting the communication circuit to the external communication network ports. The exchange includes a central concentrator for directing signals from predetermined external network ports to predetermined sequentially repetitive time slots in a bit stream generated by the central concentrator, and for directing signals to predetermined external network ports from predetermined sequentially repetitive time slots in a bit stream received by the central concentrator; and the remote-connection processor directs signal transfer between given sequentially repetitive time slots of the bit streams and given sequentially repetitive time slots of the communication channel. The remote-connection processor includes a remote concentrator for directing signals from predetermined remote ports to predetermined sequentially repetitive time slots in a bit stream generated by the remote concentrator and transmitted to the central concentrator, and for directing signals to predetermined remote ports from predetermined sequentially repetitive time slots in the bit stream generated by the central concentrator.
    • 用户通信网络中的用于在用户站之间传送信号的基站和具有多个端口的外部通信网络。 该基站包括通信电路,用于在具有多个顺序重复时隙的给定通信信道上实现多个端口与多个用户站之间的同时通信; 用于在分配给给定用户站的时隙和给定的外部通信网络端口之间指导通信的远程连接处理器; 以及用于将通信电路连接到外部通信网络端口的交换机。 交换机包括用于将信号从预定的外部网络端口引导到由中心集中器产生的比特流中的预定顺序重复时隙的中央集中器,并且用于将信号从接收到的比特流中的预定的顺序重复时隙引导到预定的外部网络端口 由中央集中器; 并且远程连接处理器在给定的比特流的顺序重复时隙和给定的通信信道的顺序重复时隙之间引导信号传送。 远程连接处理器包括远程集中器,用于将来自预定远程端口的信号引导到远程集中器生成的位流中预定的顺序重复时隙,并将其发送到中央集中器,并将信号从预定的顺序重复引导到预定的远程端口 由中央集中器产生的位流中的时隙。
    • 5. 发明授权
    • Determining control of an internet communication between a sender and receiver
    • 确定发送方和接收方之间的互联网通信的控制
    • US07287070B2
    • 2007-10-23
    • US10034425
    • 2001-12-27
    • Kamel M. ShaheenBrian G. Kiernan
    • Kamel M. ShaheenBrian G. Kiernan
    • G06F15/173
    • H04W28/26H04W92/02
    • The present invention provides a new communication mechanism between the UE and the GGSN pertaining to Resource Reservation Protocol (RSVP) signaling, and coordinates and assigns responsibility for RSVP messaging. This ensures proper RSVP messaging, prevents unnecessary consumption of radio resources and reduces chances of collisions within the network. Also, the invention prevents the possibility that neither the UE nor GGSN respond appropriately to the RSVP requirements by halting transmission of any RSVP path/refreshment messages to the IP network in order to refresh/maintain the reservation states due to lack of clear assignment of responsibility. This lack of clear understanding between the UE and the GGSN may result in the expiration of the IP network resource reservations made earlier for media streams.
    • 本发明提供了UE与资源预留协议(RSVP)信令的GGSN之间的新的通信机制,并协调和分配了RSVP消息的责任。 这确保适当的RSVP消息传递,防止不必要的无线电资源消耗,并减少网络内的冲突机会。 此外,本发明防止了UE和GGSN都不能适当地响应RSVP要求,因为由于缺乏明确的责任分配而暂停向IP网络发送任何RSVP路径/刷新消息以便刷新/维护保留状态 。 在UE与GGSN之间缺乏清晰的认识可能导致媒体流较早进行的IP网络资源预留期满。