Chair of Network Architectures and Services Department of Informatics Technical University of Munich Thesis M.Sc. Thesis M.Sc. Reproducible Wireless Experiments In contrast to wired networks, measurements in wireless networks are prone to changes in the environ- ment. To circumvent this issue, we plan a novel testbed. This testbed should simulate wireless measurements by representing the wireless broadcast medium through ca- bles. Environmental noise and inter- ference is injected into that medium by Software Deﬁned Radio (SDR) devices. Hence, this noise is reproducible. We like to measure various different hardware devices like IEEE802.11 WLAN adapters and IEEE 802.15.4 embedded motes, e. g. OpenMote [1]. As SDR hardware we have the USRP B210 [2] and HackRF [3] available. All this hardware should be combined into different test setups which are then measured with a test framework. Implementing the required test framework is also part of this thesis. Motivation Evaluating useful network topologies Implementing a test framework Constructing noise samples Measuring different hardware devices Evaluating measurements Your Task C and Python programming skills Firm Linux knowledge Prerequisites [1] OpenMote: http://www.openmote.com/ [2] USRP: https://www.ettus.com/product/details/UB210-KIT [3] HackRF: https://greatscottgadgets.com/hackrf/ References Maurice Leclaire [email protected] Stephan M. G ¨ unther [email protected] http://go.tum.de/125102 Contact

ReproducibleWireless Experiments - TUM Info VIII: · PDF fileReproducibleWireless Experiments In contrast to wired networks, mea- ... hardware we have the USRP B210 [2] and HackRF

Download PDF Report

Upload
vuhanh
View
215
Download
1

Embed Size (px)

Citation preview

Page 1: ReproducibleWireless Experiments - TUM Info VIII: · PDF fileReproducibleWireless Experiments In contrast to wired networks, mea- ... hardware we have the USRP B210 [2] and HackRF

Chair of Network Architectures and ServicesDepartment of InformaticsTechnical University of Munich

ThesisM.Sc.

Reproducible WirelessExperimentsIn contrast to wired networks, mea-surements in wireless networks areprone to changes in the environ-ment. To circumvent this issue, weplan a novel testbed. This test-bed should simulate wireless mea-surements by representing the wire-less broadcast medium through ca-bles. Environmental noise and inter-ference is injected into that mediumby Software Defined Radio (SDR) de-vices. Hence, this noise is repro-ducible. We like to measure various different hardware devices like IEEE 802.11WLAN adapters and IEEE 802.15.4 embedded motes, e. g. OpenMote [1]. As SDRhardware we have the USRP B210 [2] and HackRF [3] available. All this hardwareshould be combined into different test setups which are then measured with a testframework. Implementing the required test framework is also part of this thesis.

Motivation

Evaluating useful network topologies

Implementing a test framework

Constructing noise samples

Measuring different hardware devices

Evaluating measurements

Your Task

C and Python programming skills

Firm Linux knowledgePrerequisites

[1] OpenMote: http://www.openmote.com/[2] USRP: https://www.ettus.com/product/details/UB210-KIT[3] HackRF: https://greatscottgadgets.com/hackrf/

References

Maurice Leclaire [email protected]