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    • 1. 发明授权
    • Method and system for layer-3 subscriber login in a cable data network
    • 有线数据网络中第三层用户登录的方法和系统
    • US07653932B2
    • 2010-01-26
    • US10930109
    • 2004-08-30
    • Erich C ArnoldThomas J CloonanJeffrey J Howe
    • Erich C ArnoldThomas J CloonanJeffrey J Howe
    • G06F7/04
    • H04L63/083H04L61/2015H04L67/14H04L67/24H04L69/329
    • A subscriber login server is used for managing a subscriber login session. The login server is associated with a DHCP server for configuring a premise equipment device and operator-managed device. A subscriber login client at the premise equipment device securely communicates login username and password identifiers to the subscriber login server without using PPP technology. The login server retrieves matching identifiers from a RADIUS server and authorizes service with messages to the DHCP server and the CMTS.The login client can emulate a PPP login client so that a user's interface is similar to a PPPoE client. However, a layer-3 CMTS can be used instead of a layer-2 CMTS. In addition, subscriber authentication and accounting using RADIUS are preserved, positive network access control at the CMTS is maintained, and native IP traffic is routed or switched for maximum performance and QoS treatment.
    • 用户登录服务器用于管理用户登录会话。 登录服务器与DHCP服务器相关联,用于配置前提设备设备和操作员管理的设备。 住宅设备设备上的用户登录客户端可以安全地将登录用户名和密码标识符传递给用户登录服务器,而无需使用PPP技术。 登录服务器从RADIUS服务器检索匹配的标识符,并向DHCP服务器和CMTS授权服务。 登录客户端可以模拟PPP登录客户端,使用户的界面类似于PPPoE客户端。 然而,可以使用第3层CMTS而不是第2层CMTS。 另外,保留了使用RADIUS的用户认证和计费,保持了CMTS的正确的网络访问控制,本地IP流量被路由或切换,以实现最佳性能和QoS处理。
    • 2. 发明授权
    • Method and system for fast channel change in a DOCSIS set top gateway device
    • DOCSIS机顶盒网关设备快速通道更换的方法和系统
    • US07724647B2
    • 2010-05-25
    • US11594590
    • 2006-11-08
    • Jeffrey J Howe
    • Jeffrey J Howe
    • H04J1/16
    • H04N7/17309H04N21/42676
    • A DOCSIS set-top gateway device uses multiple embedded cable modems so that one eCM can remained tuned to a frequency being used for a current two-way data session and another eCM can be used to tune to a different frequency. The other eCM that tunes to a different frequency is disabled from operating in the upstream direction to avoid conflict with the two-way eCM in communicating with a CMTS.The eCMs in the DSG are controlled by a client controller that interfaces applications local to the DSG to a central device, such as a CMTS. A message may be sent to a client application requesting content on a traffic flow using a different frequency than the two-way capable sCM. The client controller instructs the upstream-disabled eCM to tune to the different frequency, meanwhile the two-way eCM stays tuned to the current frequency.
    • DOCSIS机顶盒网关设备使用多个嵌入式电缆调制解调器,使得一个eCM可以保持调谐到用于当前双向数据会话的频率,另一个eCM可用于调谐到不同的频率。 调谐到不同频率的其他eCM被禁止在上行方向上运行,以避免与CMTS通信中双向eCM的冲突。 DSG中的eCM由客户控制器控制,客户端控制器将本地DSG的应用程序接入中央设备,如CMTS。 可以使用与双向能力的sCM不同的频率将消息发送到客户端应用程序,请求流量上的内容。 客户控制器指示上游禁用eCM调谐到不同的频率,同时双向eCM保持调谐到当前频率。
    • 3. 发明授权
    • Method and system for denying cable modem access to a broadband network
    • 拒绝有线调制解调器接入宽带网络的方法和系统
    • US08332911B2
    • 2012-12-11
    • US11775051
    • 2007-07-09
    • Jeffrey J HoweAlan Doucette
    • Jeffrey J HoweAlan Doucette
    • H04L29/06
    • H04L63/10
    • A device, such as a cable modem or embedded media terminal adaptor that attempts to obtain unauthorized network services, is designated by head end equipment, such as a CMTS, as being a ‘rogue’ device. Upon an initial range request from the rogue device, the CMTS responds with a continuing range command. Upon receiving each periodic range request transmitted from the rogue device during a periodic station maintenance opportunity, the CMTS responds with another continuing range command. Thus, the rogue device does not ever establish connection with the CMTS because an ACK message is not received back from the CMTS. Moreover, use of CMTS resources for processing request from rogue devices is minimized because the rogue device does not reinitialize its MAC after a predetermined period of time, which it would do if a periodic ranging opportunity was not scheduled.
    • 设备,例如电缆调制解调器或者试图获得未经授权的网络服务的嵌入式媒体终端适配器,由头端设备(如CMTS)指定为流氓设备。 在来自流氓设备的初始范围请求时,CMTS以持续范围命令作出响应。 在接收到在周期性站维护机会期间从流氓设备发送的每个周期性范围请求时,CMTS响应另一连续范围命令。 因此,流氓设备不会与CMTS建立连接,因为没有从CMTS接收到ACK消息。 此外,由于流氓设备在预定的时间段之后不重新初始化其MAC,所以使用CMTS资源来处理来自流氓设备的请求被最小化,如果没有安排定期的测距机会,它将会做。
    • 4. 发明授权
    • Method and system for regulating traffic in a network device
    • 调节网络设备流量的方法和系统
    • US07660250B2
    • 2010-02-09
    • US11594304
    • 2006-11-08
    • Jeffrey J HoweSteve SandersRandy OlenzSteve Krapp
    • Jeffrey J HoweSteve SandersRandy OlenzSteve Krapp
    • H04L12/26H04L12/56
    • H04L47/10H04L47/215
    • A token bucket instantiation regulate packets in a traffic flow stream based on a predetermined peak traffic flow rate. The token bucket size is nominally set to zero. An evaluation is made at a device that has received a given packet. The packet is considered conforming and is passed from the device if the token depth of the bucket is zero or greater. The token depth is decreased by the number of byes in the packet that was passed. The token depth is continuously replenished at a predetermined token rate until the predetermined bucket size is attained (the bucket is full). A received packet is deemed nonconforming if the token depth is less than zero; the non-conforming packet is not passed but is processed according to non-conforming criteria. Token bucket instantiations may be implemented in hardware, software or firmware for each traffic flow to regulate traffic to a given user.
    • 令牌桶实例化基于预定的峰值业务流量来调节业务流中的分组。 令牌桶大小名义上设置为零。 在接收到给定分组的设备进行评估。 分组被认为是符合的,并且如果桶的令牌深度为零或更大,则将其从设备传递。 令牌深度减少通过的数据包中的bye的数量。 令牌深度以预定的令牌速率连续补充,直到达到预定的桶大小(桶已满)。 如果令牌深度小于零,则接收到的分组被认为是不合格的; 不合格的包不被通过,而是根据不符合标准进行处理。 令牌桶实例可以在每个业务流的硬件,软件或固件中实现,以调节给定用户的流量。