Emerging Radio and MANET Technology Study – Research Support for a Survey of State-of-the-art Commercial and Military Hardware/Software for Mobile Ad hoc Networks

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Authors
  1. Henderson, G.
  2. Pase, W.
Corporate Authors
Defence Research and Development Canada, Ottawa Research Centre, Ottawa ON (CAN);Bell Canada, Ottawa ONT (CAN)
Abstract
This paper documents the results of a study into the architectural options for a situational awareness and command and control (SA+C2) device that could be used by tactical units. This device would connect individual unit members through a mobile ad-hoc network (MANET) based mesh topology to relay tactical information in a secure and robust manner while retaining the mobility needed for dismounted soldier operations. This study presents six architectural options for the proposed device each of which includes a graphical display and radio communications component. The currently available commercial off the shelf (COTS), military off the shelf (MOTS) and open source technologies in the areas of tablet devices, Wi-Fi network devices and broad spectrum radios are evaluated in the context of the proposed architectures. Of specific interest is the degree to which these components can be modified at a device or firmware level to support the development of additional situational awareness applications in support of tactical missions. The benefits and limitations of fully open architectures available through the open source community as compared with the closed architectures of vendor based products are discussed. Based on the interpretation of the information gathered, a recommended SA+C2 device hardware and software configuration is provided. Additionally, extensions to the architecture that would support enhancements to the baseline SA+C2 capability are proposed.
Keywords
tactical edge networks;mobile ad hoc networks;software defined radio;open source solutions
Report Number
DRDC-RDDC-2014-C208 — Contract Report
Date of publication
01 Oct 2014
Number of Pages
92
DSTKIM No
CA039580
CANDIS No
800514
Format(s):
Electronic Document(PDF)

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