As packet switching speeds scale to Terabits-per second and beyond, power considerations
are increasingly forcing core router manufacturers to adopt all-optical and hybrid opto …

As packet switching speeds scale to Terabits-persecond and beyond, power considerations
are increasingly forcing core router manufacturers to adopt all-optical and hybrid …

For the optical packet-switching routers to be widely deployed in the Internet, the size of
packet buffers on routers has to be significantly small. Such small-buffer networks rely on …

As the demand on the Internet bandwidth keeps increasing, all-optical network architectures
emerge as a promising solution to high-speed telecommunication networks. However, the …

The demand for more bandwidth has lead to proposals for an all-optical network core. Due
to inherent constraints of optical technology, only routers with small packet buffers are …

Packet losses in the network have a considerable performance impact on transport-layer
throughput. For reliable data transfer, lost packets require retransmissions and thus cause …

TCP pacing promises to reduce burstiness of TCP traffic and alleviate the impact of under-
buffered routers and switches on flow throughput. However, current research literatures …

We show that, in an optical packet-switching (OPS) network with bufferless switches, end-to-
end congestion control algorithms can be designed to completely overcome the pernicious …

Previous studies have observed that TCP pacing evenly spacing out packets-minimizes
traffic burstiness, reduces packet losses, and increases throughput. However, the main …

The buffer sizing problem is a big challenge for high speed network routers to reduce buffer
cost without throughput loss. The past few years have witnessed debate on how to improve …