Publication detail
THE ACCESS MANAGEMENT SYSTEM FOR THE PARASITE-POWERED DEVICES
JAROŠ, D. MACHÁŇ, L. KUCHTA, R. KADLEC, J.
Original Title
THE ACCESS MANAGEMENT SYSTEM FOR THE PARASITE-POWERED DEVICES
English Title
THE ACCESS MANAGEMENT SYSTEM FOR THE PARASITE-POWERED DEVICES
Type
journal article in Scopus
Language
en
Original Abstract
This paper describes a possible solution for access management in low-power systems. This proposal could be used in the environments, where it is necessary for a secured service provided by devices that are parasitically powered. For communication a 1-Wire serial interface is used. From the abstract point of view, the system matches to AAA system (Authentication, Authorization and Accounting). The security is based on symmetric encryption algorithm AES-128 (original Rijandael).
English abstract
This paper describes a possible solution for access management in low-power systems. This proposal could be used in the environments, where it is necessary for a secured service provided by devices that are parasitically powered. For communication a 1-Wire serial interface is used. From the abstract point of view, the system matches to AAA system (Authentication, Authorization and Accounting). The security is based on symmetric encryption algorithm AES-128 (original Rijandael).
Keywords
AES-128, 1-Wire, AAA, authentication, lowpower
RIV year
2015
Released
15.09.2015
ISBN
1582-4594
Periodical
Journal of Electrical Engineering
Year of study
2015
Number
15
State
RO
Pages from
1
Pages to
5
Pages count
5
Documents
BibTex
@article{BUT116406,
author="David {Jaroš} and Ladislav {Macháň} and Radek {Kuchta} and Jaroslav {Kadlec}",
title="THE ACCESS MANAGEMENT SYSTEM FOR THE PARASITE-POWERED
DEVICES",
annote="This paper describes a possible solution for
access management in low-power systems. This proposal
could be used in the environments, where it is necessary
for a secured service provided by devices that are
parasitically powered. For communication a 1-Wire
serial interface is used. From the abstract point of view,
the system matches to AAA system (Authentication,
Authorization and Accounting). The security is based on
symmetric encryption algorithm AES-128 (original
Rijandael).",
chapter="116406",
howpublished="online",
number="15",
volume="2015",
year="2015",
month="september",
pages="1--5",
type="journal article in Scopus"
}