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    • 2. 发明授权
    • Method and apparatus for reshaping cell-based traffic
    • 改造细胞流量的方法和装置
    • US08570867B2
    • 2013-10-29
    • US12642364
    • 2009-12-18
    • Mark A. Elias
    • Mark A. Elias
    • H04L12/26
    • H04L49/606H04L12/5602H04L47/22H04L2012/5618
    • A cell-based router comprising a controller to receive provisioning information including a transport rate of at least one frame-based router among a group of frame-based routers in a communication network, adjust cell transmission rate to avoid packet losses at the frame-based routers, where cell-based traffic is routed to a bidirectional cell and frame based switch according to updated bandwidth comprising the adjusted cell transmission rate, where the bidirectional cell and frame based switch is coupled to the cell-based router and the frame-based routers.
    • 一种基于蜂窝的路由器,包括控制器,用于接收包括通信网络中的基于帧的路由器组中的至少一个基于帧的路由器的传输速率的供应信息,调整小区传输速率以避免基于帧的路由器的分组丢失 路由器,其中基于小区的业务根据包括经调整的小区传输速率的更新带宽路由到双向小区和基于帧的交换机,其中双向小区和基于帧的交换机耦合到基于小区的路由器和基于帧的路由器 。
    • 3. 发明授权
    • Integrated cross-switching unit and service scheduling method thereof
    • 集成交叉切换单元及其业务调度方法
    • US07978692B2
    • 2011-07-12
    • US10583791
    • 2004-12-23
    • Jianfei He
    • Jianfei He
    • H04L12/28
    • H04J3/1617H04J2203/0075H04J2203/0082H04J2203/0094H04L49/606
    • An integrated cross-switching unit and a service scheduling method thereof are provided. The integrated cross-switching unit includes: a bus identification module, a cross-connecting module, a mapping/de-mapping module, an encapsulation/de-encapsulation module, and a packet scheduling module; the bus identification module identifies service source, transmits service from a line unit to the cross-connecting module and directly sends the data packets from the data service processing unit to the packet scheduling module to implement scheduling; the cross-connecting module implements TDM service cross-connecting, and transmits the data service of the service from the line unit to the packet scheduling module via the mapping/de-mapping module and the encapsulation/de-encapsulation module to implement scheduling. This solution integrates the cross-connecting function and switching function of TDM service and data service in the same unit, reducing system slots and realizing larger-capacity service scheduling.
    • 提供了一种集成交叉切换单元及其业务调度方法。 集成交叉切换单元包括:总线识别模块,交叉连接模块,映射/解映射模块,封装/解封装模块和分组调度模块; 总线识别模块识别服务源,将业务从线路单元发送到交叉连接模块,并将数据包从数据业务处理单元直接发送到分组调度模块,实现调度; 交叉连接模块实现TDM业务交叉连接,并通过映射/解映射模块和封装/解封装模块将业务的数据业务从线路单元发送到分组调度模块,实现调度。 该解决方案将TDM业务和数据业务的交互功能和交换功能集成在同一单元中,减少系统时隙,实现更大容量的业务调度。
    • 5. 发明授权
    • Apparatus and method for a telephony gateway
    • 电话网关的装置和方法
    • US07417977B2
    • 2008-08-26
    • US10004563
    • 2001-12-05
    • Michael G. Hluchyj
    • Michael G. Hluchyj
    • H04L12/56H04L12/66
    • H04L49/606H04L12/6402H04L12/66H04Q3/0029H04Q11/0478
    • A system for connecting a circuit network with a packet network. The system includes a packet switch fabric, a circuit network server, and a packet network server. The circuit network server has a first and second port. The first port of the circuit network server sends and receives circuit-based signals with the circuit network. The second port of the circuit network server sends and receives packet-based signals having packets with the packet switch fabric. The circuit network server also includes a plurality of digital signal processors. A digital signal processor performs packet adaptation and subsequent to the packet adaption a second at least one digital signal processor performs signal processing. The packet network server has a first port for sending and receiving packet-based signals with the packet switch fabric and a second port for sending and receiving packet-based signals with the packet network. The packet switch fabric is capable of transferring packet-based signals among the packet network server and the circuit network server, and among the circuit network server and a second circuit network server.
    • 一种用于将电路网络与分组网络连接的系统。 该系统包括分组交换结构,电路网络服务器和分组网络服务器。 电路网络服务器具有第一和第二端口。 电路网络服务器的第一个端口与电路网络发送和接收基于电路的信号。 电路网络服务器的第二个端口发送和接收具有分组交换结构的分组的基于分组的信号。 电路网络服务器还包括多个数字信号处理器。 数字信号处理器执行包适配并且在包适配之后,第二至少一个数字信号处理器执行信号处理。 分组网络服务器具有用于使用分组交换结构发送和接收基于分组的信号的第一端口和用于使用分组网络发送和接收基于分组的信号的第二端口。 分组交换结构能够在分组网络服务器和电路网络服务器之间以及电路网络服务器和第二电路网络服务器之间传送基于分组的信号。
    • 6. 发明申请
    • Integrated Cross Exchange Unit and a Method of the Service Dispatching
    • 综合交叉单位和服务调度方法
    • US20070258444A1
    • 2007-11-08
    • US10583791
    • 2004-12-23
    • Jianfei He
    • Jianfei He
    • H04J3/00H04J3/14H04L12/56
    • H04J3/1617H04J2203/0075H04J2203/0082H04J2203/0094H04L49/606
    • An integrated cross-switching unit and a service scheduling method thereof are provided. The integrated cross-switching unit includes: a bus identification module, a cross-connecting module, a mapping/de-mapping module, an encapsulation/de-encapsulation module, and a packet scheduling module; the bus identification module identifies service source, transmits service from a line unit to the cross-connecting module and directly sends the data packets from the data service processing unit to the packet scheduling module to implement scheduling; the cross-connecting module implements TDM service cross-connecting, and transmits the data service of the service from the line unit to the packet scheduling module via the mapping/de-mapping module and the encapsulation/de-encapsulation module to implement scheduling. This solution integrates the cross-connecting function and switching function of TDM service and data service in the same unit, reducing system slots and realizing larger-capacity service scheduling.
    • 提供了一种集成交叉切换单元及其业务调度方法。 集成交叉切换单元包括:总线识别模块,交叉连接模块,映射/解映射模块,封装/解封装模块和分组调度模块; 总线识别模块识别服务源,将业务从线路单元发送到交叉连接模块,并将数据包从数据业务处理单元直接发送到分组调度模块,实现调度; 交叉连接模块实现TDM业务交叉连接,并通过映射/解映射模块和封装/解封装模块将业务的数据业务从线路单元发送到分组调度模块,实现调度。 该解决方案将TDM业务和数据业务的交互功能和交换功能集成在同一单元中,减少系统时隙,实现更大容量的业务调度。
    • 8. 发明申请
    • Unified inverse address resolution
    • 统一的反地址解析
    • US20070076725A1
    • 2007-04-05
    • US11541638
    • 2006-10-03
    • Dimitri Papadimitriou
    • Dimitri Papadimitriou
    • H04L12/56
    • H04L12/5601H04L29/12009H04L29/12018H04L49/606H04L61/10H04L2012/5624H04L2012/5631H04L2012/5665H04L2012/5667H04L2012/5669
    • The present invention relates to a method for resolving hardware addresses into network addresses, which method comprising the steps of: establishing a data path through a data communication network between a source node and an end node, which data path being established by exchanging signaling messages between network nodes along said data path, which signaling exchanges relying upon control network addresses for addressing the network nodes, at the source node, sending a request whereby a particular hardware address associated with the data path is to be resolved into a network address. A method according to the invention further comprises the steps of: at the source node, encoding into the request a common path identifier whereby the data path can be identified, and sending the request with as destination network address a particular control network address of a particular network node along the data path, which request being further forwarded towards the end node, at the end node, identifying the data path from the common path identifier, determining whether the data path terminates at the end node, and returning to the source node a particular data network address associated with the data path. The present invention also relates to a network node implementing such a method.
    • 本发明涉及一种用于将硬件地址解析为网络地址的方法,该方法包括以下步骤:通过源节点与终端节点之间的数据通信网建立数据路径,该数据路径是通过在 沿着所述数据路径的网络节点,其信令交换依赖于控制网络地址以在源节点处寻址网络节点,发送请求,由此与数据路径相关联的特定硬件地址将被解析为网络地址。 根据本发明的方法还包括以下步骤:在源节点处,向请求中编码公共路径标识符,从而可以识别数据路径,并且以目的地网络地址发送具有特定控制网络地址的请求 沿着数据路径的网络节点,该请求在终端节点进一步向终端节点转发,从公共路径标识符识别数据路径,确定数据路径是否终止于终端节点,并返回到源节点a 与数据路径相关联的特定数据网络地址。 本发明还涉及实现这种方法的网络节点。
    • 9. 发明授权
    • Common backplane for physical layer system and networking layer system
    • 物理层系统和网络层系统的通用背板
    • US07161930B1
    • 2007-01-09
    • US09346110
    • 1999-06-30
    • Eugene T. WangNang TranNorman TangVu Nguyen
    • Eugene T. WangNang TranNorman TangVu Nguyen
    • H04L12/66
    • H04L49/405H04L49/40H04L49/606
    • A backplane having a switch card interface and an adapter card interface where the switch card interface has input/outputs in an arrangement that functionally mate to a networking layer system switch card and a physical layer system switch card. The adapter card interface is coupled to the switch card interface. The adapter card interface has input/outputs in an arrangement that functionally mates to a networking layer system adapter card and a physical layer system adapter card. A method that involves forming a first and second backplane according to a manufacturing process, integrating the first backplane into a networking layer system switch, and integrating the second backplane into a physical layer system switch.
    • 具有开关卡接口和适配器卡接口的背板,其中开关卡接口具有在功能上与网络层系统交换卡和物理层系统交换卡配合的布置中的输入/输出。 适配器卡接口耦合到交换机卡接口。 适配器卡接口具有在功能上与网络层系统适配器卡和物理层系统适配器卡配合的布置中的输入/输出。 一种涉及根据制造过程形成第一和第二背板的方法,将第一背板集成到网络层系统交换机中,并将第二背板集成到物理层系统交换机中。