• Publications
  • Influence
Novel laser intersatellite communication system employing optically preamplified PPM receivers
An original scheme for the utilisation of optically preamplified (EDFA) PPM receivers in intersatellite laser communications is presented. In order to facilitate high bit rate operation an analysisExpand
Redundancy strategies for a high splitting optically amplified passive optical network
High splitting, optically amplified, passive optical networks (SuperPONs) are investigated in terms of redundancy provision and protection mechanisms. Options for redundancy, including the importantExpand
Optically preamplified pulse-position modulation for fibre-optic communication systems
A Chernoff bound is applied, by means of a recently developed moment-generating function (MGF), to the error probability of an optically preamplified pulse-position-modulation (PPM) receiver assumingExpand
Optical‐fiber PPM soliton systems: Implications of the gordon‐haus effect
The fundamental limit in transmission distance, associated with the Gordon-Haus timing jitter, is evaluated for an optical-fiber pulse position modulation (PPM) soliton system. We demonstrate thatExpand
An optically preamplified PPM threshold detection receiver for satellite communications
A novel scheme for the utilization of optically preamplified (EDFA) PPM receivers in intersatellite laser communications is proposed. Instead of employing a photon counting strategy, we haveExpand
Performance evaluation of optically pre-amplified PPM systems
An original analysis is presented for an optical fiber n-ary pulse position modulation (PPM) system employing optical preamplification. The theoretical results, from calculations performed at aExpand
An optically preamplified intersatellite PPM receiver employing maximum likelihood detection
An original analysis, facilitated by the use of Gaussian approximation (GA) and Chernoff bound (CB) techniques, is presented for an optically preamplified intersatellite pulse position modulationExpand
An optically preamplified PPM intersatellite system described by a moment-generating function formulation
An original analysis, facilitated by the use of Chernoff bound techniques, is presented for an optically preamplified satellite PPM system employing a receiver that integrates over a time slot andExpand
An improved analysis for optically preamplified pulse-position modulation receivers in optical-fiber systems
Using a recently developed moment-generating function (MGF) we apply a Chernoff bound to the bit-error probability of an optically preamplified pulse-position modulation (PPM) receiver. SensitivityExpand
Bursty traffic modeling for ATM networks
TLDR
A novel scheme for the classification and reproduction of packet channel burstiness is presented, and an algorithm is presented which can faithfully reproduce any traffic characteristic for use in packet-level discrete time packet switch simulation studies. Expand
...
1
2
3
...