This paper introduces an effeffective yet simple and practical solution to improve small cell performance in heterogeneous networks.
In multihop wireless ad-hoc networks, the medium access control (MAC) protocol plays a key role in coordinating the access to the shared medium among wireless nodes.
We have illustrated the potential of spectral reshaping using optical filters narrower than the channel bandwidth for 40 Gbit/s WDM systems.
TCP's flow control mechanism reacts to drops anywhere in an end-to-end data path and tries to adjust its rate to the congested link.
As third generation (3G) wireless networks with high data rate get widely deployed, optimizing TCP performance over these networks would have a broad and significant impact on data application perf
This paper describes an easy adapted method of improving test coverage and effectiveness in an on-going industrial project by introducing and applying 'test type' into test case design and executio
The objective of this paper is to improve channel estimation accuracy in Orthogonal Frequency Division Multiplexing (OFDM) systems.
The landscape for wireless connectivity is changing rapidly, and with these changes come new challenges for delivering a high quality customer experience.
This paper addresses the performance problems suffered by Distributed-Queue-Dual-Bus networks that span metropolitan areas.
We experimentally demonstrate a novel method to further improve the tolerance of 42.7-Gb/s partial-DPSK to tight optical filtering by applying an optimized power imbalance, allowing the signal to p
