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Toward an efficient solution for dynamic ad hoc network interoperability

Research output: Contribution to conference - Without ISBN/ISSN › Conference paper › peer-review

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Toward an efficient solution for dynamic ad hoc network interoperability. / Prince, Daniel; Scott, Andrew; Shepherd, Doug.
2002. Paper presented at PGNet 2002, Liverpool, United Kingdom.

Research output: Contribution to conference - Without ISBN/ISSN › Conference paper › peer-review

Harvard

Prince, D, Scott, A & Shepherd, D 2002, 'Toward an efficient solution for dynamic ad hoc network interoperability', Paper presented at PGNet 2002, Liverpool, United Kingdom, 17/06/02 - 18/06/02.

APA

Prince, D., Scott, A., & Shepherd, D. (2002). Toward an efficient solution for dynamic ad hoc network interoperability. Paper presented at PGNet 2002, Liverpool, United Kingdom.

Vancouver

Prince D, Scott A, Shepherd D. Toward an efficient solution for dynamic ad hoc network interoperability. 2002. Paper presented at PGNet 2002, Liverpool, United Kingdom.

Author

Prince, Daniel ; Scott, Andrew ; Shepherd, Doug. / Toward an efficient solution for dynamic ad hoc network interoperability. Paper presented at PGNet 2002, Liverpool, United Kingdom.

Bibtex

@conference{411aecc94ad34685be6af62b1d3d08dd,
title = "Toward an efficient solution for dynamic ad hoc network interoperability",
abstract = "An ad hoc network is formed by an impromptu grouping of network capable nodes. The nodes forming the network have unconstrained mobility, and so provide a dynamic network topology. Current work in this research area has focused on designing routing protocols capable of efficiently forwarding packets in these dynamic network environments. This has led to several designs for ad hoc routing protocols based on various routing algorithms, each suited to specific usage characteristics. This paper will discuss issues relating to routing in ad hoc networks. We will describe an active networking based solution that provides dynamic routing protocol interoperability and enables migration of nodes between ad hoc groups. Our design is motivated by a squad and base scenario which consists of two groups wishing to communicate. These groups have contrasting deployment characteristics and so use different routing protocols. ",
keywords = "ad hoc networks, Programmable networks, security",
author = "Daniel Prince and Andrew Scott and Doug Shepherd",
year = "2002",
month = jun,
day = "17",
language = "English",
note = "PGNet 2002 ; Conference date: 17-06-2002 Through 18-06-2002",

}

RIS

TY - CONF

T1 - Toward an efficient solution for dynamic ad hoc network interoperability

AU - Prince, Daniel

AU - Scott, Andrew

AU - Shepherd, Doug

PY - 2002/6/17

Y1 - 2002/6/17

N2 - An ad hoc network is formed by an impromptu grouping of network capable nodes. The nodes forming the network have unconstrained mobility, and so provide a dynamic network topology. Current work in this research area has focused on designing routing protocols capable of efficiently forwarding packets in these dynamic network environments. This has led to several designs for ad hoc routing protocols based on various routing algorithms, each suited to specific usage characteristics. This paper will discuss issues relating to routing in ad hoc networks. We will describe an active networking based solution that provides dynamic routing protocol interoperability and enables migration of nodes between ad hoc groups. Our design is motivated by a squad and base scenario which consists of two groups wishing to communicate. These groups have contrasting deployment characteristics and so use different routing protocols.

AB - An ad hoc network is formed by an impromptu grouping of network capable nodes. The nodes forming the network have unconstrained mobility, and so provide a dynamic network topology. Current work in this research area has focused on designing routing protocols capable of efficiently forwarding packets in these dynamic network environments. This has led to several designs for ad hoc routing protocols based on various routing algorithms, each suited to specific usage characteristics. This paper will discuss issues relating to routing in ad hoc networks. We will describe an active networking based solution that provides dynamic routing protocol interoperability and enables migration of nodes between ad hoc groups. Our design is motivated by a squad and base scenario which consists of two groups wishing to communicate. These groups have contrasting deployment characteristics and so use different routing protocols.

KW - ad hoc networks

KW - Programmable networks

KW - security

M3 - Conference paper

T2 - PGNet 2002

Y2 - 17 June 2002 through 18 June 2002

ER -