1 A. Klein, "Towards network-aware service composition in the cloud" 959-968, 2012
2 M. Bichler, "Service-oriented computing" 39 (39): 99-101, 2006
3 B. Y. Wu, "Service selection model based on qos reference vector" 270-277, 2007
4 M. Alrifai, "Selecting skyline services for qos-based Web service composition" ACM Press 11-20, 2010
5 M. Silic, "Scalable and accurate prediction of availability of atomic Web services" 7 (7): 252-264, 2014
6 S. Stein, "Robust execution of service workflows using redundancy and advance reservations" 4 (4): 125-139, 2011
7 J. Xiao, "Qos-aware service composition and adaptation in autonomic communication" 23 (23): 2344-2360, 2005
8 Y. Liu, "Qos computation and policing in dynamic web service selection" 66 (66): 66-73, 2004
9 G. Zou, "QoS-aware dynamic composition of Web services using numerical temporal planning" 7 (7): 18-31, 2014
10 L. Zeng, "Monitoring the QoS for Web services" Springer-Verlag 132-144, 2007
1 A. Klein, "Towards network-aware service composition in the cloud" 959-968, 2012
2 M. Bichler, "Service-oriented computing" 39 (39): 99-101, 2006
3 B. Y. Wu, "Service selection model based on qos reference vector" 270-277, 2007
4 M. Alrifai, "Selecting skyline services for qos-based Web service composition" ACM Press 11-20, 2010
5 M. Silic, "Scalable and accurate prediction of availability of atomic Web services" 7 (7): 252-264, 2014
6 S. Stein, "Robust execution of service workflows using redundancy and advance reservations" 4 (4): 125-139, 2011
7 J. Xiao, "Qos-aware service composition and adaptation in autonomic communication" 23 (23): 2344-2360, 2005
8 Y. Liu, "Qos computation and policing in dynamic web service selection" 66 (66): 66-73, 2004
9 G. Zou, "QoS-aware dynamic composition of Web services using numerical temporal planning" 7 (7): 18-31, 2014
10 L. Zeng, "Monitoring the QoS for Web services" Springer-Verlag 132-144, 2007
11 Z. Zheng, "Investigating QoS of real-world Web services" 7 (7): 32-39, 2014
12 H. Al-Helal, "Introducing replaceability into web service composition" 7 (7): 198-209, 2014
13 D. Guinard, "Interacting with the SOA-based internet of things : discovery, query, selection, and on-demand provisioning of Web services" 3 (3): 223-235, 2010
14 T. Yu, "Efficient algorithms for Web services selection with end-to-end qos constraints" 1 (1): 1-25, 2007
15 P. Leitner, "Cost-based optimization of service compositions" 6 (6): 239-251, 2013
16 M. Alrifai, "Combining global optimization with local selection for efficient qos-aware service composition" 881-890, 2009
17 M. Alrifai, "A scalable approach for qos-based Web service selection" Springer Berlin Heidelberg 190-199, 2009
18 D. Wang, "A genetic-based approach to web service composition in geo-distributed cloud environment" 43 : 129-141, 2015
19 P. Zhang, "A QoS-aware system for mobile cloud computing" 518-522, 2011