Publication detail
EFFICIENT SECURITY OF MODERN LOW-POWER WIRELESS COMMUNICATION TECHNOLOGIES
BLAŽEK, V.
Original Title
EFFICIENT SECURITY OF MODERN LOW-POWER WIRELESS COMMUNICATION TECHNOLOGIES
English Title
EFFICIENT SECURITY OF MODERN LOW-POWER WIRELESS COMMUNICATION TECHNOLOGIES
Type
conference paper
Language
en
Original Abstract
This thesis deals with communication security in Sigfox networks. That includes studying the network’s parameters and capabilities and then analysing the appropriate cryptosystems. The thesis contains a description of cryptography as such and a description of cryptosystems that could be implemented in end devices. From the selected cryptosystems, three of the most appropriate are selected based on the required properties, which are put into practice on the Arduino-based development kit and then experimental measurements are made to determine the basic features of the device.
English abstract
This thesis deals with communication security in Sigfox networks. That includes studying the network’s parameters and capabilities and then analysing the appropriate cryptosystems. The thesis contains a description of cryptography as such and a description of cryptosystems that could be implemented in end devices. From the selected cryptosystems, three of the most appropriate are selected based on the required properties, which are put into practice on the Arduino-based development kit and then experimental measurements are made to determine the basic features of the device.
Keywords
Internet of Things; Sigfox; Security Proposal; Encryption; One-Time Pad
Released
26.04.2018
Location
Brno
ISBN
978-80-214-5614-3
Book
Proceedings of the 24th Conference STUDENT EEICT 2018
Edition number
První
Pages from
129
Pages to
131
Pages count
3
Documents
BibTex
@inproceedings{BUT156044,
author="Vojtěch {Blažek}",
title="EFFICIENT SECURITY OF MODERN LOW-POWER WIRELESS COMMUNICATION TECHNOLOGIES",
annote="This thesis deals with communication security in Sigfox networks. That includes studying the network’s parameters and capabilities and then analysing the appropriate cryptosystems. The thesis contains a description of cryptography as such and a description of cryptosystems that could be implemented in end devices. From the selected cryptosystems, three of the most appropriate are selected based on the required properties, which are put into practice on the Arduino-based development kit and then experimental measurements are made to determine the basic features of the
device.",
booktitle="Proceedings of the 24th Conference STUDENT EEICT 2018",
chapter="156044",
howpublished="online",
year="2018",
month="april",
pages="129--131",
type="conference paper"
}