Autor/Autorin: Chen Jinjun
Dr. Jinjun Chen is a senior lecturer in Faculty of ICT, Swinburne Uni. of Tech. Australia. Prof. Yun Yang is a professor in the same Faculty. Refer to www.swinflow.org for more information about Dr. Jinjun Chen. Refer to http://www.ict.swin.edu.au/ictstaff/yyang for more information about Prof. Yun Yang.
Autor/Autorin: Yang Yun
Dr. Jinjun Chen is a senior lecturer in Faculty of ICT, Swinburne Uni. of Tech. Australia. Prof. Yun Yang is a professor in the same Faculty. Refer to www.swinflow.org for more information about Dr. Jinjun Chen. Refer to http://www.ict.swin.edu.au/ictstaff/yyang for more information about Prof. Yun Yang.
The major contributions of this book are that we have provided a set of new concepts, innovative methods and algorithms for temporal verification in grid workflow systems. With these, we can significantly improve overall temporal verification effectiveness and efficiency. This would eventually improve the overall performance and usability of grid workflow systems because temporal verification can be viewed as a service or function of grid workflow systems. Consequently, by deploying the new concepts, innovative methods and algorithms, grid workflow systems would be able to better support large-scale sophisticated scientific and business processes in complex e-science and e-business applications in the context of grid economy.
Über den Autor
Dr. Jinjun Chen is a senior lecturer in Faculty of ICT, Swinburne Uni. of Tech. Australia. Prof. Yun Yang is a professor in the same Faculty. Refer to www.swinflow.org for more information about Dr. Jinjun Chen. Refer to http://www.ict.swin.edu.au/ictstaff/yyang for more information about Prof. Yun Yang.
Klappentext
The major contributions of this book are that we have provided a set of new concepts, innovative methods and algorithms for temporal verification in grid workflow systems. With these, we can significantly improve overall temporal verification effectiveness and efficiency. This would eventually improve the overall performance and usability of grid workflow systems because temporal verification can be viewed as a service or function of grid workflow systems. Consequently, by deploying the new concepts, innovative methods and algorithms, grid workflow systems would be able to better support large-scale sophisticated scientific and business processes in complex e-science and e-business applications in the context of grid economy.
