A secure wireless agent-based testbed

Gustave Andersen; Leonardo Urbano; Gaurav Naik; David Dorsey; Andrew Mroczkowski; Donovan Artz; Nicholas Morizio; Andrew Burnheimer; Kris Malfetone; Dan Lapadat; Evan Sultanik; Saturnino Garcia; Max Peysakhov; William Regli; Moshe Kam

A secure wireless agent-based testbed

Gustave Andersen
, Leonardo Urbano
, Gaurav Naik
, David Dorsey
, Andrew Mroczkowski
, Donovan Artz
, Nicholas Morizio
, Andrew Burnheimer
, Kris Malfetone
, Dan Lapadat
, Evan Sultanik
, Saturnino Garcia
, Max Peysakhov
, William Regli
, Moshe Kam

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Abstract

Secure mobile wireless ad-hoc networks are frequently described in the technical literature as highly-desired and feasible. However only few stable and scalable physical realizations of such MANETs were actually reported. In this paper, we describe SWAT (a secure wireless agent-based testbed), a physical network of handheld and stationary computing nodes that provide a practical industrial-strength MANET based on IEEE standard 802.11b and agent technology. The system, using HP iPAQ units and tablet PCs, implements secure group-based applications and allows for real-time user revocation. It integrates algorithms and techniques from several proposed software libraries, including CLIQUES, Spread and Secure Spread, SEM, IPSec, and EMAA.

Original language	English (US)
Title of host publication	Proceedings - Second IEEE Information Assurance Workshop
Pages	19-32
Number of pages	14
State	Published - 2004
Externally published	Yes
Event	Proceedings - Second IEEE Information Assurance Workshop - Charlotte, NC, United States Duration: Apr 8 2004 → Apr 9 2004

Publication series

Name	Proceedings - Second IEEE Information Assurance Workshop

Other

Other	Proceedings - Second IEEE Information Assurance Workshop
Country/Territory	United States
City	Charlotte, NC
Period	4/8/04 → 4/9/04

All Science Journal Classification (ASJC) codes

General Engineering

Cite this

Andersen, G., Urbano, L., Naik, G., Dorsey, D., Mroczkowski, A., Artz, D., Morizio, N., Burnheimer, A., Malfetone, K., Lapadat, D., Sultanik, E., Garcia, S., Peysakhov, M., Regli, W., & Kam, M. (2004). A secure wireless agent-based testbed. In Proceedings - Second IEEE Information Assurance Workshop (pp. 19-32). (Proceedings - Second IEEE Information Assurance Workshop).

@inproceedings{f689c6878e4d4aceb75ccb5a40fb43ef,

title = "A secure wireless agent-based testbed",

abstract = "Secure mobile wireless ad-hoc networks are frequently described in the technical literature as highly-desired and feasible. However only few stable and scalable physical realizations of such MANETs were actually reported. In this paper, we describe SWAT (a secure wireless agent-based testbed), a physical network of handheld and stationary computing nodes that provide a practical industrial-strength MANET based on IEEE standard 802.11b and agent technology. The system, using HP iPAQ units and tablet PCs, implements secure group-based applications and allows for real-time user revocation. It integrates algorithms and techniques from several proposed software libraries, including CLIQUES, Spread and Secure Spread, SEM, IPSec, and EMAA.",

author = "Gustave Andersen and Leonardo Urbano and Gaurav Naik and David Dorsey and Andrew Mroczkowski and Donovan Artz and Nicholas Morizio and Andrew Burnheimer and Kris Malfetone and Dan Lapadat and Evan Sultanik and Saturnino Garcia and Max Peysakhov and William Regli and Moshe Kam",

year = "2004",

language = "English (US)",

isbn = "0769521177",

series = "Proceedings - Second IEEE Information Assurance Workshop",

pages = "19--32",

booktitle = "Proceedings - Second IEEE Information Assurance Workshop",

note = "Proceedings - Second IEEE Information Assurance Workshop ; Conference date: 08-04-2004 Through 09-04-2004",

}

Andersen, G, Urbano, L, Naik, G, Dorsey, D, Mroczkowski, A, Artz, D, Morizio, N, Burnheimer, A, Malfetone, K, Lapadat, D, Sultanik, E, Garcia, S, Peysakhov, M, Regli, W & Kam, M 2004, A secure wireless agent-based testbed. in Proceedings - Second IEEE Information Assurance Workshop. Proceedings - Second IEEE Information Assurance Workshop, pp. 19-32, Proceedings - Second IEEE Information Assurance Workshop, Charlotte, NC, United States, 4/8/04.

TY - GEN

T1 - A secure wireless agent-based testbed

AU - Andersen, Gustave

AU - Urbano, Leonardo

AU - Naik, Gaurav

AU - Dorsey, David

AU - Mroczkowski, Andrew

AU - Artz, Donovan

AU - Morizio, Nicholas

AU - Burnheimer, Andrew

AU - Malfetone, Kris

AU - Lapadat, Dan

AU - Sultanik, Evan

AU - Garcia, Saturnino

AU - Peysakhov, Max

AU - Regli, William

AU - Kam, Moshe

PY - 2004

Y1 - 2004

N2 - Secure mobile wireless ad-hoc networks are frequently described in the technical literature as highly-desired and feasible. However only few stable and scalable physical realizations of such MANETs were actually reported. In this paper, we describe SWAT (a secure wireless agent-based testbed), a physical network of handheld and stationary computing nodes that provide a practical industrial-strength MANET based on IEEE standard 802.11b and agent technology. The system, using HP iPAQ units and tablet PCs, implements secure group-based applications and allows for real-time user revocation. It integrates algorithms and techniques from several proposed software libraries, including CLIQUES, Spread and Secure Spread, SEM, IPSec, and EMAA.

AB - Secure mobile wireless ad-hoc networks are frequently described in the technical literature as highly-desired and feasible. However only few stable and scalable physical realizations of such MANETs were actually reported. In this paper, we describe SWAT (a secure wireless agent-based testbed), a physical network of handheld and stationary computing nodes that provide a practical industrial-strength MANET based on IEEE standard 802.11b and agent technology. The system, using HP iPAQ units and tablet PCs, implements secure group-based applications and allows for real-time user revocation. It integrates algorithms and techniques from several proposed software libraries, including CLIQUES, Spread and Secure Spread, SEM, IPSec, and EMAA.

UR - https://www.scopus.com/pages/publications/4544341786

UR - https://www.scopus.com/pages/publications/4544341786#tab=citedBy

M3 - Conference contribution

AN - SCOPUS:4544341786

SN - 0769521177

SN - 9780769521176

T3 - Proceedings - Second IEEE Information Assurance Workshop

SP - 19

EP - 32

BT - Proceedings - Second IEEE Information Assurance Workshop

T2 - Proceedings - Second IEEE Information Assurance Workshop

Y2 - 8 April 2004 through 9 April 2004

ER -

A secure wireless agent-based testbed

Abstract

Publication series

Other

All Science Journal Classification (ASJC) codes

Other files and links

Fingerprint

Cite this