Re-posting from b.org:
Would any of you clever with-actual-knowledge nice people like to be brutally take-no-prisoners-ly nitpicker-ly honest in tearing apart my abstract so that I can improve it? Any sort of remark is more than welcome - obviously, the language and grammar, as well as sentence and paragraph structure, but of course I'd love any
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Classical models for networks are based on regular lattices and random graph theory derived by Erdos and Renyi in the 1960's. In recent years it became clear that these models werethese models appeared insufficient as a descriptions to many real world networks, which that exhibit different characteristics. The most notable difference is in the degree (number of links per node) distribution, which, in real world networks is usually a power-law, in contrast to the Poisson distribution predicted by random graph theory. Such structures have fractal properties, i.e., have no characteristic scale, and are therefore called scale-free networks.
The structure of these networks was thoroughly studied, both in theoretical models as well as in real world networks. Researchers thoroughly studied the structure of these networks, both in ( ... )
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Search algorithms are a well-studied field in computer science, with algorithms ranging from Brute-Force simplistic ones to sophisticated heuristics. Despite that, no attempt to use the underlining topological structure of the network was conducted so far, in order to improve the running time of a search algorithm. Yet, no study has examined using the underlining topological structure of the network with an attempt to improve the running time of a search algorithm.
We suggest a heuristic search, based on the well-known A* search algorithm , whichthat takes into account the actual topology of the network. The ( ... )
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You've been talking in plurals the whole time until now. I think you mean this to be "their," if it's still referring to "networks." If you mean "the Internet," you should clarify that and also not switch number in the middle of a sentence.
Classical models for networks are based on regular lattices and random graph theory derived by Erdos and Renyi in the 1960's.
No apostrophe! 1960s.
The most notable difference is in the degree (number of links per node) distribution
I would move the parenthetical to after the noun so you don't break the flow in the middle of the phrase (...the degree distribution (number of links per node).
which, in real world networks is usually a power-law,
Rogue comma after "which." I have no idea what a power-law is.
A question related to this abovementioned network's stability is the dynamics of virus and worm spreading through it.Spreading through what? The antecedent right now is " ( ... )
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I have your corrections above, along with Kat's and Ginger's, and they're more than enough for the little time I have to go over them and insert them, anyway. But thank you even for the intent, just the same.
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There will be abstracts both in Hebrew and in English.
The whole dissertation will be submitted in English, as well (in a way, it's much easier to write in English, since all the material anyway exists only in English to begin with, and pretty much being thought about - and sometimes, even discussed - in English). It has to be an OK English, of course, but the most important thing to phrase as properly as possible is the abstract, since it passes many hands and is being read by many people (some people along its way to referees and such read only that).
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