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    • 7. 发明申请
    • Supporting Idle Stations in Wireless Distribution Systems
    • 支持无线分布系统中的空闲站
    • US20120170499A1
    • 2012-07-05
    • US13417102
    • 2012-03-09
    • Partha Narasimhan
    • Partha Narasimhan
    • H04W84/02H04W52/02
    • H04W60/00H04W4/12H04W52/0216H04W52/0219Y02D70/142Y02D70/23
    • One embodiment described herein, a method of supporting wireless stations in a wireless distribution system having a portal and one or more access points is described. The method comprises accepting by a first access point (AP) a set of filters from a station; receiving by the first AP signaling that the station enters into an idle mode and signaling the same to a server in the wireless distribution system; forwarding by the first AP the set of filters to the server, the set of filters being applied to messages directed to the station received by the server in the wireless distribution system; receiving a buffered message for the station from the server in response to the buffered message matching at least one of the set of filters; and forwarding the buffered message to the station in response to receiving the buffered message from the server.
    • 本文描述的一个实施例描述了在具有门户和一个或多个接入点的无线分配系统中支持无线站的方法。 该方法包括由第一接入点(AP)接收来自站的一组滤波器; 由第一AP信令接收到该台进入空闲模式,并向无线分发系统中的服务器发信号; 由所述第一AP将所述过滤器转发到所述服务器,所述一组过滤器被应用于指向由所述无线分发系统中的服务器接收的站的消息; 响应于所述缓冲的消息匹配所述一组过滤器中的至少一个,从所述服务器接收所述站的缓冲消息; 以及响应于从所述服务器接收到缓冲的消息,将所缓冲的消息转发到所述站。
    • 8. 发明授权
    • Supporting idle stations in wireless distribution systems
    • 支持无线分布系统中的空闲站
    • US08155054B2
    • 2012-04-10
    • US11830752
    • 2007-07-30
    • Partha Narasimhan
    • Partha Narasimhan
    • H04W4/00
    • H04W60/00H04W4/12H04W52/0216H04W52/0219Y02D70/142Y02D70/23
    • Supporting idle stations in an IEEE 802.11 wireless distribution system. When a station in an IEEE 802.11 wireless distribution system (DS) enters the idle state, it is not associated with any access points (APs) in the DS, Prior to entering the idle state, a station may establish filters indicating what traffic it wishes to receive. These filters are sent to a server in the DS. When a station goes idle, it is associated with a paging server in the DS, which buffers all received for the idle station, and initiates paging of the idle station when such traffic meeting filter criteria is received. When the station exits the idle state by reassociating with an AP in the DS, the server is notified, and forwards the buffered traffic to the station through its AP. The server may be implemented as a process running in a controller or portal in the DS.
    • 支持IEEE 802.11无线分发系统中的空闲站。 当IEEE 802.11无线分布系统(DS)中的站进入空闲状态时,它不与DS中的任何接入点(AP)相关联。在进入空闲状态之前,站可以建立过滤器,指示其希望的流量 受到。 这些过滤器被发送到DS中的服务器。 当站点空闲时,它与DS中的寻呼服务器相关联,缓冲器为所有空闲站点接收到的所有消息,并且当接收到符合过滤条件的流量时,发起空闲站的寻呼。 当站点通过与DS中的AP重新联系而退出空闲状态时,通知服务器,并通过其AP将缓冲的流量转发到站点。 服务器可以被实现为在DS中的控制器或门户中运行的进程。
    • 10. 发明申请
    • BAND STEERING FOR MULTI-BAND WIRELESS CLIENTS
    • 多带无线客户端带转向
    • US20110235591A1
    • 2011-09-29
    • US13156215
    • 2011-06-08
    • Pradeep J. IyerKeerti G. MelkotePartha Narasimhan
    • Pradeep J. IyerKeerti G. MelkotePartha Narasimhan
    • H04W4/00
    • H04W60/00H04L5/0064H04W8/26H04W88/06H04W88/10
    • Band steering for multi-band wireless clients. In a wireless digital network having at least one central controller and a plurality of access nodes connected to the central controller, and wherein some of the access nodes support a preferred wireless band and at least one non-preferred wireless band, the central controller identifies wireless client devices capable of multi-band operation, and encourages them to connect to the preferred wireless band. Client devices may be identified as multi-band capable by tracking probe requests. The central controller keeps a list of multi-band capable clients, for example in a database. This information is provided to other central controllers, and to access nodes attached to the central controller. Multi-band capable clients are encouraged to connect on the preferred wireless band for example by having the access nodes not respond to probe requests on the non-preferred wireless bands. Connections made on the non-preferred wireless bands may be moved to the preferred wireless band.
    • 多频无线客户端的频带转向。 在具有至少一个中央控制器和连接到中央控制器的多个接入节点的无线数字网络中,并且其中一些接入节点支持优选的无线频带和至少一个非优选无线频带,所述中央控制器识别无线 能够进行多频段操作的客户端设备,并鼓励它们连接到首选的无线频段。 客户端设备可以通过跟踪探测请求来识别为多频带。 中央控制器保存有多频带功能的客户端的列表,例如在数据库中。 该信息被提供给其他中央控制器,并且访问附接到中央控制器的节点。 鼓励支持多频段的客户端可以在首选的无线频带上进行连接,例如通过使接入节点不对非优先无线频带上的探测请求做出响应。 在非优选无线频带上进行的连接可以移动到优选的无线频段。