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Table · dataset · 2017

Data for Source location privacy aware routing protocols selection results

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Source location privacy (SLP) is becoming an important property for a large class of security-critical wireless sensor network applications such as monitoring and tracking.

Description

Many routing protocols have been proposed that provide SLP, all of which provide a trade-off between SLP and energy. Experiments have been conducted to gauge the performance of the proposed protocols under different network parameters such as noise levels.

As that there exists a plethora of protocols which contain a set of possibly conflicting performance attributes, it is difficult to select the SLP protocol that will provide the best trade-offs across them for a given application with specific requirements. In this paper, we propose a methodology where SLP protocols are first profiled to capture their performance under various protocol configurations. Then, we present a novel decision theoretic procedure for selecting the most appropriate SLP routing algorithm for the application and network under investigation.

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We show the viability of our approach through different case studies.<br><br>Data record consists of a data archive in .tar.gz format. This is the dataset used to generate the results for the journal paper " A Decision Theoretic Framework for Selecting Source Location Privacy Aware Routing Protocols in Wireless Sensor Networks" at Future Generation Computer Systems (FGCS) 2018. To replicate the results of the paper: All algorithms are implemented in the folder: algorithm/adaptive_spr_notify algorithm/phantom algorithm/phantom_walkabouts algorithm/ilprouting algorithm/protectionless algorithm/protectionless_ctp Set up the repository and its dependencies as specified by README.md Place all the six subfolders from the data archive into results/ in the repository.

To generate graphs, run "./create.py phantom_walkabouts graph-dominating-min-max".

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Provenance · 1 source records, 16 field assertions
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