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Workshops and Tutorials

The 2012 International Workshop on Mobile Cloud and Ubiquitous Computing (Mobi-Cloud 2012)

 
Hong Kong,11-13 May 2012
 
In Conjunction with GPC 2012
http://idc.hust.edu.cn/gpc2012/
 
Published by Springer-LNCS
The 2012 International Workshop on International Workshop on Mobile Cloud and Ubiquitous Computing (Mobi-Cloud 2012) is a major forum for scientists, engineers, and practitioners throughout the world to present the latest research, results, ideas, and developments in all areas of mobile cloud and ubiquitous computing technologies and applications. Recent advances in mobile cloud computing and ubiquitous computing have quickly changed the modern business environment and daily human life. The various concepts of mobile cloud and ubiquitous computing provide a brand new opportunity for the development of mobile cloud technologies and applications.
 
The Mobi-Cloud 2012 will provide an opportunity for academic and industry professionals to discuss the latest issues and progress. In addition, the workshop will publish high quality papers which are closely related to the various theories and practical applications in Mobi-Cloud. Furthermore, we expect that the workshop and its publication will be a trigger for further related research and technology improvements in this important subject.
 
Papers presented in the Mobi-Cloud 2012 will be published by Springer's Lecture Notes in Computer Science (LNCS).
 
 
Hosted by
 

(Due to some reasons, the tutorial for this event has been cancelled.)

Tutorial: Combining Grid, Cloud and Volunteer Computing

Speaker: Professor Nabil Abdennadher
University of Applied Sciences, Western Switzerland (HES-SO), hepia Geneva.

It’s well known that the developments environments used in Grid, Volunteer computing (VC) and Cloud are very different. The key differences between these three platforms are based on theoretical concepts as well as implementa­tions:

1. Virtualization technology in Grid environments is still in its first stages, while it is considered as the cornerstone of Cloud.

2. The majority of Grids and volunteer computing is employed to harness idle computing capacity for large computational jobs. In contrast, Clouds are already used for very different kinds of applications

3. Access to Grid resources is realized via a specific and complex middleware. In contrast interaction with resources in the Cloud are established via standard Web proto­cols.

4. The approach to the devel­opment of applications is very different in Grids/VC and Clouds. In Grids and VC, the user typ­ically needs to generate an executable file of his application. This executable is then transferred to and executed on the remote resources in the Grid and/or VC. Clouds allow a fun­damentally different approach to software development: the user dynamically assem­bles existing functionalities to a full application on the platform as such.

This tutorial deals with the last aspect of these four points. Its aim is to propose a set of concepts and tools used to bridge these three large-scale distributed systems: Grid, Cloud and Volunteer Computing.

Concretely speaking, we propose a common library used to develop high performance applications that could be deployed on Grid, VC and Cloud without any re-writing. The following platforms/middlewares will be used during the practical part:

1. the Advanced Resource Connector (ARC) middleware

2. the XtremWeb-CH volunteer computing platform (XWCH: www.xtremwebch.net)

3. the cloud platforms Amazon, Azure and Venus-C

The tutorial is composed of theoretical and practical parts. The theoretical part will deal with the following aspects:

- Grid and Volunteer computing vs. Cloud computing

- Overview of ARC, XWCH, Amazon, Venus-C and Azure platforms

- How to develop applications for ARC, XWCH, Amazon, Venus-C and Azure platforms

- A common high-level API for large scale distributed systems

During the practical part, the students will be able to:

- Write his/her own application

- Deploy his/her application by using one or several of these bridges: ARC/XWCH, XWCH/Amazon and XWCH/Azure.

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