By Ivo Anjo, João Cachopo (auth.), Yang Xiang, Alfredo Cuzzocrea, Michael Hobbs, Wanlei Zhou (eds.)
This quantity set LNCS 7016 and LNCS 7017 constitutes the refereed court cases of the eleventh overseas convention on Algorithms and Architectures for Parallel Processing, ICA3PP 2011, held in Melbourne, Australia, in October 2011.
The first quantity provides 24 revised average papers and 17 revised brief papers including the summary of the keynote lecture - all rigorously reviewed and chosen from eighty five preliminary submissions. The papers disguise the numerous dimensions of parallel algorithms and architectures, encompassing basic theoretical methods, functional experimental effects, and advertisement elements and structures and concentrate on wide parts of parallel and disbursed computing, i.e., architectures, algorithms and networks, and platforms and applications.
Read or Download Algorithms and Architectures for Parallel Processing: 11th International Conference, ICA300 2011, Melbourne, Australia, October 24-26, 2011, Proceedings, Part II PDF
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This quantity set LNCS 7016 and LNCS 7017 constitutes the refereed court cases of the eleventh overseas convention on Algorithms and Architectures for Parallel Processing, ICA3PP 2011, held in Melbourne, Australia, in October 2011. the 1st quantity offers 24 revised standard papers and 17 revised brief papers including the summary of the keynote lecture - all rigorously reviewed and chosen from eighty five preliminary submissions.
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Additional info for Algorithms and Architectures for Parallel Processing: 11th International Conference, ICA300 2011, Melbourne, Australia, October 24-26, 2011, Proceedings, Part II
Khan 5 Conclusions Timer management is the natural technique to address the ‘unreliability’ posed by any MAE entity which inherently different from unreliability handled by TCP. We formalized the multi-way bounded wait principle for MAE to respond to this sort ‘unreliability’. We introduced the notion of the lower bound of completion time and the upper bound of capturing efficiency. In this paper we used completion time and capturing efficiency to compare optimal scheme with some heuristics proposed for the harness to show better performance of optimal scheme.
However, the KD-Tree building time is more expensive and complex, as well as the algorithm that is used to traverse the tree structure . On the other hand, the Uniform Grid structure is less expensive to build and the traversal algorithm is very fast , but such structure is not adaptive and, because of that, may select a few more objects for intersection tests or perform extra traversal steps through empty areas of the 3-D scene. In this work we use the Uniform Grid structure, which is the base of the GridRT parallel architecture .
A particular unique characteristic of such a search is that it is never complete. The search propagates via millions of other nodes from a source to the entire network as illustrated in Fig. 1. While it is ideal to expect that answers will arrive from a sweep covering all the nodes in the network, but almost always that is never the case. A search must learn to adapt to work with an imperfect sweep. An interesting question faced by this set of distributed algorithms is how to maximize the quality of the result without waiting inordinate amount of time.