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Essay / Research Paper Abstract
This 10 page paper examines the problem of deadlocks in distributed networks. The paper begins by defining what a deadlock is and explaining how and why they occur. The paper then looks at the issues of detection and resolution and the work that has been carried out to find a resolution to this ongoing problem. The bibliography cites 5 sources.
Page Count:
10 pages (~225 words per page)
File: TS14_TEdeadlk.rtf
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Unformatted sample text from the term paper:
a distributed network, this is commonly used due to the advantages that it provides. In a distributed network there are many connections between numerous computers and it is connected to
all adjacent stations. There is no single hub, nor are there local hubs as seen in a centralised or a decentralised network. The advantages that are associated with this
type of network make it attractive, the fact that a failure of one of the stations will not cause a failure elsewhere. However, there are also some problems associated with
the architecture. This is a concurrent situation where there are simultaneous processes taking place is also one that can lead to problems called deadlocks, these are well known in the
distributed networks, and need to be resolved to avoid network problems. In any system or network there will be the creation of bottle necks. This will limit the performance of
the network, and the location and type of bottle neck will depend no what resources are being used, and may also vary with time of day. In reality where one
bottleneck is relived another will appear under the increased load that is getting past the first former bottleneck (Villadangos et al, 2003).
The idea scenario will be that the bottleneck will occur at the CPU will be the first that appears. A deadlock may be seen as the ultimate bottle neck, where
there are several process waiting to use a resource, but the resource will not become available as it is being used by another process that is in the same state
(Villadangos et al, 2003). As a network become more busy with more resources used and more demands made the chances of
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