Publications

We propose digital constructive-superposition to improve the performance of space-division-multiplexed (SDM) signals, and demonstrate a Q^2-factor improvement of 2.2(3.6)dB by constructively-superi

We present two new techniques that can be used in synthesis to reduce the critical path delay of the synthesized design.

The system tolerance improvements by analog electronic equalisation have been experimentally evaluated for different 43 Gbit/s modulation formats (OOK, DPSK, PSBT).

(PREVIOUS TITLE: PERFORMANCE ISSUES IN VC-MERGE CAPABLE SWITCHES FOR IP OVER ATM NETWORKS) A VC-merge capable ATM switch is one of the most promising solutions to eliminating forwarding bottleneck

The limitations of frequency-division systems have been discussed in the literature.

An electrical model is presented to characterize the transmission path from a printed wiring board to a high-speed chip. The model accounts for the important constraint of inductive noise.

We investigate the best attainable performance (performance limits) of multicarrier modulated signals in time-variant frequency selective fading channels when optimal maximum likelihood detection i

We investigate the performance limits of optical detection of multicarrier modulation over time-variant frequency selective fading channels.

In distributed systems, anomalies known as orphans can arise because of component failures and explicit aborts.

Parameter design is a method, popularized by Japanese quality expert G. Taguchi, for designing products and manufacturing that are robust to uncontrollable variations.