Introduction

Many if not most computers are connected to each other via the internet. This interconnectivity provides an age or instant communication and information sharing. This same connectivity should protect users form file loss as the user's files should live within the internet. If the files live in the internet they should be available from any computer a user deign's to sit at. There are now abundant online services that help provide to online backup and merging. However these system's all provide a central authority that allows access and provides the storage itself. I prefer the concept of a service ran between peers where I give up space on my local system and in turn I receive safe distributed and redundant online storage. In my search I found a system like this Wuala. In this paper I explore the technology behind Wuala and it's relative viability.

End with a paragraph outlining the rest of the document.

Previous Work

In the area of online/distributed storage there are a number of existing works. The can be seperated into two main divisions; distributed file systems and service oriented systems.

Distributed file systems include academic offerings such as OpenAFS (Andrew File System), OceanStore, Ceph and the commercially driven GFS( Google File System ) and it's open source implementation HFS(Hadoop File System).

Evaluated Systems/Programs

Describe the systems individually here - their key properties, etc. Use subsections to describe different implementations if you wish. Briefly explain why you made the selections you did.

Experiences/Comparison (multiple sections)

In multiple sections, describe what you learned.

Discussion

What was interesting? What was surprising? Here you can go out on tangents relating to your work

Conclusion

Summarize the report, point to future work.

References

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