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The interest in designing high-speed communication systems over metallic wire conductors remains very strong. This interest is exemplified by efforts to deliver Very-high-speed Digital Subscriber Line (VDSL) systems, Ethernet-in-the-First-Mile (EFM), multi-Gbps Ethernet over copper twisted pairs of short length, and multi-Gbps chip-to-chip serial links over cable or backplane traces. A prevailing characteristic of such systems is that multiple lines emanate from a central node and reach remote terminals. Crosstalk among the lines is in several cases the dominant constraining factor for…mehr

Produktbeschreibung
The interest in designing high-speed communication
systems over metallic wire conductors remains very
strong. This interest is exemplified by efforts to
deliver Very-high-speed Digital Subscriber
Line (VDSL) systems, Ethernet-in-the-First-Mile
(EFM), multi-Gbps Ethernet over copper twisted pairs
of short length, and multi-Gbps chip-to-chip serial
links over cable or backplane traces. A prevailing
characteristic of such systems is that multiple lines
emanate from a central node and reach remote
terminals. Crosstalk among
the lines is in several cases the dominant
constraining factor for communication.

This work examines how coordination among signals of
different lines during transmission or reception
facilitates reliable, high-speed communication. A
fundamental result of this work is that such
coordination in
multi-line channels is capable of achieving
performance that is very close to that attained in
the absence of crosstalk.
Autorenporträt
received his Ph.D. degree in electrical engineering
from Stanford University in 2002. Between 2002 and 2005 he worked
as a systems engineer in the Broadband Communications Group of
Texas Instruments. He is currently executive director of
technology at ASSIA, Inc.