Evaluating recovery aware components for grid reliability. - Iman I. Yusuf; Heinz W. Schmidt; Ian D. Peake (ESEC/SIGSOFT FSE, 2009)

Architecture-based fault tolerance support for grid applications. - Iman I. Yusuf; Heinz W. Schmidt; Ian D. Peake (QoSA/ISARCS, 2011)

Parameterised architectural patterns for providing cloud service fault tolerance with accurate costings. - Iman I. Yusuf; Heinz W. Schmidt (CBSE, 2013)

Metamorphic fault tolerance: an automated and systematic methodology for fault tolerance in the absence of test oracle. - Huai Liu; Iman I. Yusuf; Heinz W. Schmidt; Tsong Yueh Chen (ICSE Companion, 2014)

Scalable and Fault-Tolerant Cloud Computations: Modelling and Implementation. - Maria Spichkova; Ian E. Thomas; Heinz W. Schmidt; Iman I. Yusuf; Daniel W. Drumm; Steve G. Androulakis; George Opletal; Salvy P. Russo (ICPADS, 2015)

Chiminey: Reliable Computing and Data Management Platform in the Cloud. - Iman I. Yusuf; Ian E. Thomas; Maria Spichkova; Steve G. Androulakis; Grischa R. Meyer; Daniel W. Drumm; George Opletal; Salvy P. Russo; Ashley M. Buckle; Heinz W. Schmidt (ICSE (2), 2015)

Managing Usability and Reliability Aspects in Cloud Computing. - Maria Spichkova; Heinz W. Schmidt; Ian E. Thomas; Iman I. Yusuf; Steve G. Androulakis; Grischa R. Meyer (ENASE, 2016)

Towards Modelling and Implementation of Reliability and Usability Features for Research-Oriented Cloud Computing Platforms. - Maria Spichkova; Heinz W. Schmidt; Iman I. Yusuf; Ian E. Thomas; Steve G. Androulakis; Grischa R. Meyer (ENASE (Selected Papers), 2016)

Chiminey: Connecting Scientists to HPC, Cloud and Big Data. - Iman I. Yusuf; Ian E. Thomas; Maria Spichkova; Heinz W. Schmidt (Big Data Res., 2017)