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You are here : eLibrary : IAHR World Congress Proceedings : 36th Congress - The Hague (2015) FULL PAPERS : THEME 8- SPECIAL SESSIONS : AN APPROACH FOR FULL SCALE OFF-LINE TESTING TO EVALUATE THE IWIDGET SYSTEM PERFORMANCE
AN APPROACH FOR FULL SCALE OFF-LINE TESTING TO EVALUATE THE IWIDGET SYSTEM PERFORMANCE
Author : PAULA VIEIRA 1, JOSÉ BARATEIRO 2, DÁLIA LOUREIRO 3, JOÃO COELHO 4, AISHA MAMADE 5
WIDGET is an ongoing European Commission FP7 project aiming at improved water eciencies using novel ICT technologies for integrated supply-demand side management, focusing on an integrated approach to water resources management. The project contributes to advance knowledge about smart metering in order to develop novel, robust and cost-eective ICT tools for both water utilities and consumers. Within the project, a set of relevant applications derived from smart metering real-time data was identied, characterized and implemented in a software prototype. This prototype is a critical asset that must be evaluated to ensure its compliance with the requirements specied during system analysis and design and to verify its acceptance according t o the end users ? needs. The prototype evaluation followed the software engineering best practices, through a set of software tests with close collaboration between consumers, utility stakeholders and software developers. Once individual components (data management and analytical) have passed unit testing, integrated tests took place. The rst phase of integrated tests used o-line historical smart metering data as opposed to the second phase (on-line testing) that uses near real-time data. This paper presents the standardized method designed in the project to carry out the o-line testing. The o-line testing method is based on a test scenario/test case approach and includes functional (i.e., tests to verify if functional requirements are met) and non-functional testing (i.e., tests to verify the quality of the software in terms of usability, security or compatibility, for example). For each evaluated application, test scenarios were designed as well as the corresponding test cases (in total, more than 50 test scenarios and 90 test cases). Success criteria for determining whether an observed behaviour of the system is correct and key performance indicators (KPI) to assess the achievement of success criteria were also dened for each test case step. This paper also presents results of the method?s application, which included collecting historical data from a full- scale case study, feeding this data to the prototype, analysing the results and evaluating KPI in order to identify corrections and improvements.
File Size : 1,624,396 bytes
File Type : Adobe Acrobat Document
Chapter : IAHR World Congress Proceedings
Category : 36th Congress - The Hague (2015) FULL PAPERS
Article : THEME 8- SPECIAL SESSIONS
Date Published : 20/04/2016
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