An overview of project COMPOUND: Cooperative communications and positioning in mobile underwater networks
Paper in proceedings, 2012

One of the challenges faced by future networks is to integrate heterogeneous segments whose protocols are optimized for very different conditions. This work provides an overview of project COMPOUND, which tackles problems in this class to interface an underwater acoustic network comprising both static and mobile nodes to the Internet. The main goal is to create value and foster new applications in a niche but strategically important area by making the data and assets in the network easily available to a wide community. This will reduce the time, effort, and cost needed to customize the network to suit a specific need. A key insight in COMPOUND is to extensively exploit knowledge of node positions, including submerged ones with no access to GPS, to configure the network parameters at multiple levels, from the Internet gateway down to a node's physical layer. In turn, positioning is derived from observed data traffic on the network and collaborative exchanges between nodes, resulting in a system that tightly integrates positioning and communications. This paper discusses the proposed approach within the scope of current research on underwater acoustic communications and networking, describes application scenarios, envisaged technical solutions, planned developments, and identifies some of the possible impacts of this work. © 2012 IIMC Ltd.

heterogeneous networks

underwater networks

collaborative localization

Underwater communications

Author

J. Gomes

F. Pacini

M. Luise

G. Bacci

L. Sanguinetti

M. Zorzi

P. Casari

Henk Wymeersch

Chalmers, Signals and Systems, Kommunikationssystem, informationsteori och antenner, Communication Systems

C. Laot

S. Houcke

O. Kebkal

B. Tevenè

2012 Future Network and Mobile Summit, FutureNetw 2012

Article number6294172-

Subject Categories

Electrical Engineering, Electronic Engineering, Information Engineering

ISBN

978-190582430-4

More information

Created

10/7/2017