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    • 4. 发明申请
    • METHODS AND SYSTEMS FOR AUTOMATIC DENIAL OF SERVICE PROTECTION IN AN IP DEVICE
    • IP设备中自动拒绝服务保护的方法和系统
    • WO2006041956A3
    • 2006-06-15
    • PCT/US2005035891
    • 2005-10-06
    • SANTERA SYSTEMS INCWU JUSHEI YEN
    • WU JUSHEI YEN
    • G06F11/00H04J1/16H04J3/14H04L12/26
    • H04L41/0893H04L43/022H04L63/1458
    • Methods and systems for automatic denial of service protection in an IP device are disclosed. Packets are received at a network interface of an IP device, the packets being addressed to a network address of the network interface. The packets addressed to the network interface of the IP device are forwarded to a processor in the IP device. The processor determines whether the packets violate a rate-based policing policy of the IP device. In response to determining that the packets violate the rate-based policing policy, source identifying information associated with the packets is added to an access control list in the IP device. Packets matching criteria in the access control list are prevented from being forwarded to the processor in the IP device.
    • 披露了用于IP设备中的自动拒绝服务保护的方法和系统。 数据包在IP设备的网络接口处被接收,数据包被寻址到网络接口的网络地址。 寻址到IP设备的网络接口的数据包被转发到IP设备中的处理器。 处理器确定分组是否违反IP设备的基于速率的监管策略。 响应于确定分组违反基于速率的监管策略,将与分组相关联的源识别信息添加到IP设备中的访问控制列表。 防止访问控制列表中的匹配条件的分组被转发到IP设备中的处理器。
    • 8. 发明申请
    • METHODS AND SYSTEMS FOR PER-SESSION DYNAMIC MANAGEMENT OF MEDIA GATEWAY RESOURCES
    • 媒体网关资源的会议动态管理方法与系统
    • WO2005033889A2
    • 2005-04-14
    • PCT/US2004032232
    • 2004-09-30
    • SANTERA SYSTEMS INCQIAN EDWARD YLU DAVID ZLI SAN-QISHEI YENLEE WEIJUN
    • QIAN EDWARD YLU DAVID ZLI SAN-QISHEI YENLEE WEIJUN
    • G06F20060101H04L12/66G06F
    • H04M3/2263H04L65/1043H04M7/121H04M7/1255
    • Methods and systems for per-session dynamic management of media gateway resources are disclosed. According to one method, the logical and physical resources in a media gateway are divided and dynamically managed at the Transport Layer (i.e. OSI Layer 4), which results in finer granularity than managing such resources statically at the Data Link Layer (i.e. OSI Layer 2) or Network Layer (i.e. OSI Layer 3). Voice-processing resources provided by voice server cards may be pooled into a common pool available to all external networks. For each new call/session, the dynamic resource manager of the media gateway dynamically allocates a voice chip from the pooled voice processing resources, and assigns a logical resource identifier (e.g. a local IP and local UDP pair) to the session. When a network interface card receives incoming voice packets, it checks the destination IP and UDP and optionally the source IP and UDP to find out, and forward voice packets to, the voice chip assigned to the session.
    • 披露了媒体网关资源的每会话动态管理的方法和系统。 根据一种方法,媒体网关中的逻辑和物理资源在传输层(即OSI层4)处被分割和动态管理,这导致比在数据链路层静态地管理这样的资源更精细的粒度(即OSI层2 )或网络层(即OSI第3层)。 由语音服务器卡提供的语音处理资源可以汇集到可用于所有外部网络的公共池中。 对于每个新的呼叫/会话,媒体网关的动态资源管理器从池化的语音处理资源动态地分配语音芯片,并且向会话分配逻辑资源标识符(例如本地IP和本地UDP对)。 当网络接口卡接收到传入的语音数据包时,它检查目标IP和UDP以及可选的源IP和UDP来查找分配给会话的语音芯片的语音数据包。