Publications

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

The recent emergence of heavily-optimized modal decision procedures has led to a number of generation methods for modal formulae.

Ad hoc and multi-hop networks will probably be a part of the fourth generation of wireless networks, which will integrate networks of several sizes and capacities with heterogeneous coverage: cellu

Generally, most circuit packs of telecommunications systems are processed through a manufacturing test process that may include in-circuit test, functional test, factory environmental stress testin

We present digital signal processing techniques and algorithms for improving the tolerance of polarization-division multiplexed (PDM) coherent optical orthogonal frequencydivision multiplexing (CO-

In this study we use Taguchi's robust design methodology to improve network performance by adaptively modifying the routing patterns to utilize instantaneous spare network capacity.