Networking By Using Deluge Software

Part A: Briefly identify the key contributions of the paper

The research problem the paper tries to solve is that of networking by using deluge software through data distribution. It tries to find a networking data which will contain large data using a wireless type of current and fast network. Deluge is the most preferred wireless network in this kind of research (Culler & Hui, 2004). The problem of networking is of importance since some networks are not reliable. Deluge is a reliable network and can transmit large data in a faster way using wireless network. The proposed approach to this network problem is the use of deluge software. This software will solve the problems since it highly reliable and relatively fast thereby attracting internet users.

Part B: Try to find if there is any problem in the paper

The assumptions made imply that the wireless sensor networks will support deluge by making it more reliable and increasing its rate of being first. Deluge is also assumed to provide the best performance. The assumptions suggest that broadcasting is naturally slower single path transmission and is identified thereby creating a more firm lesser bound as an open hitch (Culler & Hui, 2004). The single channel transmission in the broadcasting protocol cause delays unlike the wired networks. Wireless networks can cause delays unlike the wired network. The experiment shows that deluge can be used in supporting network programming since it supports multiple objects on every node

Part C: Any idea for improvement

An improvement to be made in order to ensure that deluges performance becomes the best is that of employing an exponential backoff instead of a linear backoff in order to advance the rate of accuracy. This in turn leads to a congestion free network. Adjusting the backoff will ensure that time problem is solved (Culler & Hui, 2004). Adjusting backoff will enable transmission of large data. The new technique should provide transmission time for a page. TOSSIM should be used in case good performance is to be achieved. Wireless networks should remain predictable and reliable.

 

 

 

 

References

Culler. D, & Hui, J. (2004). The Dynamic Behavior of a Data Dissemination Protocol for Network Programming at Scale.