Circular window control schemes in fast packet switches
Computer Communications
Research: Space division approach to implement a shared buffer in an ATM switch
Computer Communications
Fast knockout algorithm for self-route concentration
Computer Communications
Impact of ATM switch architectures on CBR video performance
Computer Communications
Grid-based switch fabrics: a new approach in designing fault-tolerant ATM switches
Computer Communications
Design issues for multicast ATM switches
Computer Communications
| Hi-index | 0.07 |
The authors present a high-performance self-routing packet switch architecture, called Sunshine, that can support a wide range of services having diverse performance objectives and traffic characteristics. Sunshine is based on Batcher-banyan networks and achieves high performance by utilizing both internal and output queuing techniques within a single architecture. This queuing strategy results in an extremely robust and efficient architecture suitable for a wide range of services. An enhanced architecture allowing the bandwidth from an arbitrary set of transmission links to be aggregated into trunk groups to create high bandwidth pipes is also presented. Trunk groups appear as a single logical port on the switch and can be used to increase the efficiency of the switch in an extremely bursty environment or to increase the access bandwidth for selected high-bandwidth terminations. Simulation results are presented