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    • 2. 发明申请
    • SCALABLE SWITCHING NETWORK
    • 可调开关网络
    • WO9802998A2
    • 1998-01-22
    • PCT/US9713720
    • 1997-07-14
    • HUANG ALAN
    • HUANG ALAN
    • H04L12/56
    • H04L45/00H04L49/101H04L49/15H04L49/25H04L49/254H04L49/3018H04L49/3027
    • An N input and N output, bi-directional scalable switching network (90) is implemented with an array of log base x of (N/2) rows and (N/2)/x columns of routers (40 - 68); where each router has 2x ports, and where the rows of routers are connected to each other via a blocking compensated cyclic group mapping interconnect (49 and 59). The routers provide destination routing. The levels of blocking compensated cyclic group mapping interconnect provide connectivity between the rows of routers. The internal connectivity of the bi-directional scalable switching network (90) can be enhanced (82 and 92) by inserting at least one additional level of mapping interconnect (69) and row of routers (70 - 78). The external connectivity can be enhanced by providing alternate routes to (128) and from (124) various destinations. Fault tolerance (116) can be achieved by using dynamic routing to take advantage of the enhanced internal or external connectivity to route around faults. Input load balancing (124), internal load balancing (118), output load balancing (128), delay reduction (120), and jitter reduction (122) can be achieved by having the routers load balance between the equivalent routes provided by the enhanced internal or external connectivity. Shared distributed output buffering can be achieved by implementing flow control between the routers (115). Remote initialization, monitoring, and updating of the scalable switching network can be achieved by assigning each router (40 - 78) an IP address, and accessing the routers via a computer network such as the Internet.
    • N输入和N输出双向可伸缩交换网络(90)利用(N / 2)行和(N / 2)/ x列路由器(40-68)的日志基x的阵列来实现; 其中每个路由器具有2x端口,并且其中路由器的行通过阻塞补偿的循环组映射互连(49和59)彼此连接。 路由器提供目的地路由。 阻塞补偿循环群映射互连的级别提供路由器行之间的连接。 可以通过插入至少一个附加级别的映射互连(69)和一行路由器(70-78)来增强双向可伸缩交换网络(90)的内部连接性(82和92)。 通过提供到(128)和(124)各种目的地的备用路由,可以增强外部连接性。 容错(116)可以通过使用动态路由来利用增强的内部或外部连接来绕过故障来实现。 输入负载平衡(124),内部负载平衡(118),输出负载平衡(128),延迟降低(120)和抖动降低(122)可以通过使路由器在增强型 内部或外部连接。 可以通过实现路由器(115)之间的流控制来实现共享分布式输出缓冲。 可以通过分配每个路由器(40 - 78)一个IP地址,并通过计算机网络(如Internet)访问路由器来实现可扩展交换网络的远程初始化,监控和更新。