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khalid T. Al-Sarayreh

University of Quebec, 
Collage of higher education (ETS)
Montreal,
Canada
khalid.al-sarayreh.1@ens.etsmtl.ca
Khalid T. Al-Sarayreh received the B.S. degree in Computer Science from Mu‟tah University, Jordan, the MSc in Computer Engineering (Embedded Systems) from Yarmouk University, Jordan, PhD in Computer Information Systems from the Arab Academy for Financial and Banking Sciences, Jordan. Since 2008, he is a PhD. Student in Software Engineering in university of Quebec (ETS) , Canada. During 2002-2005, he stayed in the KADDB,. From 2005 to 2006, he was an Assistant Professor at the Jordan University. Since 2006-2008, He is as an Assistant Professor at the Faculty of Information Technol-ogy, Applied Science University/ His research interests includes: Software Real-Time Embedded Sys-tems, Computer Networks, non-functional requirements for embedded systems and Applied Artificial Intelligence.

Books

2009

Journal articles

2010
2009
2008

Conference papers

2010
Khalid T Al-Sarayreh, A Abran, L Santillo (2010)  Measurement of Software Requirements Derived from System Reliability Requirements   In: Workshop on Advances Functional Size Measurement and Effort Estimation, ECOOP Conference, Maribor (Slovenia), June 20-22, 2010: ACM Digital Library, ISBN 978-1-4503-0015-5  
Abstract: Reliability is typically described initially as a non functional requirement at the system level. Systems engineers must subsequently apportion these system requirements very carefully as either software or hardware requirements to conform to the reliability requirements of the system. A number of concepts are provided in the ECSS, ISO 9126, and IEEE standards to describe the various types of candidate reliability requirements at the system, software, and hardware levels. This paper organizes these concepts into a generic standards-based reference model of the requirements at the software level for system reliability. The structure of this reference model is based on the generic model of software requirements proposed in the COSMIC – ISO 19761 model, thereby allowing the measurement of the functional size of such reliability requirements implemented through software.
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2008
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