The aggregate bandwidth of a switch is its port count multiplied by its operating line rate. We
consider switches with high-aggregate bandwidths; for example, a 30-port switch operating …

High-aggregate bandwidth switches are those whose port count multiplied by the operating
line rate is very high; for example, a 30 port switch operating at 40 Gbps or a 1000 port …

Input queued (IQ) switch architectures with virtual output queues (VOQ) scale up to very high
speeds and have been a subject of intense research in the past decade. VOQ IQ switches …

Input buffered switches with virtual output queues (VOQ) are scalable to very high speeds,
but require switch matrix scheduling algorithms to achieve high throughput. Existing …

High-performance schedulers for input-queued (IQ) switches must find, for each time slot, a
good matching between inputs and outputs to transfer packets. At high line rates or for large …

We use images that have been collected using an Internet search engine to train color name
models for color naming and recognition tasks. Considering color histogram bands as being …

5,500.858 A 3/1996 McKeown described flow can be for either high priority traffic or for
5,577,035 A 11/1996 Hayter et al. low priority traffic, and any bandwidth leftover from trans …

Parallel packet switches (PPS) use internal, parallel switch planes that operate at less than
line speed. A PPS can scale-up to faster line speeds than a single-plane switch can. Load …

Input buffered switch architecture has become attractive for implementing high performance
routers and expanding use of the Internet sees an increasing need for quality of service. It is …

This paper describes a novel network architecture with simplified layering, called Time-
domain Wavelength Interleaved Networking (TWIN), that scales end-to-end bandwidth …