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Scalable computing and communications : theory and practice / [edited by] Samee U. Khan, Albert Y. Zomaya and Lizhe Wang.

Contributor(s): Material type: TextTextSeries: Wiley series on parallel and distributed computingPublication details: New Jersey : John Wiley, c2013.Description: xxiv, 825 p. : illustrations ; 27 cmISBN:
  • 9781118162651
Subject(s): DDC classification:
  • 621.39 23 K45
Contents:
1. Scalable computing and communications: past, present, and future-- 2. Reliable minimum connected domination sets for topology control in probabilistic wireless sensor networks-- 3. Peer selection schemes in scalable P2P video streaming systems-- 4. Multicore and many-core computing-- 5. Scalable computing on large heterogeneous CPC/GPU supercomputers-- 6. Diagonosability of multiprocessor systems-- 7. A performance analysis methodology for multicore, multithereaded processors-- 8. The future in mobile multicore computing-- 9. Modeling and algorithms for scalable and energy-efficient execution on multicore systems-- 10. Cost optimization for scalable communication in wireless networks with movement-based location management-- 11. A framework for semiautomatic explicit parallelization-- 12. Fault tolerance and transmission reliability in wireless networks-- 13. Optimizing and tuning scientific codes-- 14. Privacy and confidentiality in cloud computing-- 15. Reputation management systems for peer-to-peer networks-- 16. Toward a secure fragment allocation for files in heterogeneous distributed systems-- 17. Adopting compression in wireless sensor networks-- 18. GFOG: Green and flexible opportunistic grids-- 19. Maximizing real-time system utilization by adjusting task computation times-- 20. Multilevel exporation of the optimization landscape through dynamical fitness for grid scheduling-- 21. Implementing pointer jumping for exact inference on many-core systems-- 22. Performance optimization of scientific applications using an autonomic computing approach-- 23. A survey of techniques for improving search engine scalability through profiling, prediction, and prefetching of query results-- 24. KNN queries in mobile sensor networks-- 25. Data partitioning for designing and simulating efficient huge databases-- 26. Scalable runtime environment for large-scale parallel applications-- 27. Increasing performance through optimization on APU-- 28. Toward optimizing clud computing: an example of optimization under uncertainty-- 29. Modeling of scalable embedded systems-- 30. Scalable service composition in pervasive computing-- 31. Virtualization techniques for graphics processing units-- 32. Dense linear algebra on distributed heterogeneous hardware with symbolic DAG approach-- 33. Fault-tolerance techniques for scalable computing-- 34. Parallel programming models for scalable computing-- 35. Grid simulation tools for job scheduling and data file replication-- Index.
Summary: Scalable Computing and Communications is well organized with basic concepts, software infrastructure and middleware, and applications and systems. Filled with numerous case studies, figures, and tables, it is a valuable book that offers great insight into future trends and emerging topics for professionals and students in the field.
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Holdings
Item type Current library Call number Status Date due Barcode Item holds
Books ISI Library, Kolkata 621.39 K45 (Browse shelf(Opens below)) Available 136194
Total holds: 0

"IEEE Computer Society."

Includes bibliographical references and index.

1. Scalable computing and communications: past, present, and future--
2. Reliable minimum connected domination sets for topology control in probabilistic wireless sensor networks--
3. Peer selection schemes in scalable P2P video streaming systems--
4. Multicore and many-core computing--
5. Scalable computing on large heterogeneous CPC/GPU supercomputers--
6. Diagonosability of multiprocessor systems--
7. A performance analysis methodology for multicore, multithereaded processors--
8. The future in mobile multicore computing--
9. Modeling and algorithms for scalable and energy-efficient execution on multicore systems--
10. Cost optimization for scalable communication in wireless networks with movement-based location management--
11. A framework for semiautomatic explicit parallelization--
12. Fault tolerance and transmission reliability in wireless networks--
13. Optimizing and tuning scientific codes--
14. Privacy and confidentiality in cloud computing--
15. Reputation management systems for peer-to-peer networks--
16. Toward a secure fragment allocation for files in heterogeneous distributed systems--
17. Adopting compression in wireless sensor networks--
18. GFOG: Green and flexible opportunistic grids--
19. Maximizing real-time system utilization by adjusting task computation times--
20. Multilevel exporation of the optimization landscape through dynamical fitness for grid scheduling--
21. Implementing pointer jumping for exact inference on many-core systems--
22. Performance optimization of scientific applications using an autonomic computing approach--
23. A survey of techniques for improving search engine scalability through profiling, prediction, and prefetching of query results--
24. KNN queries in mobile sensor networks--
25. Data partitioning for designing and simulating efficient huge databases--
26. Scalable runtime environment for large-scale parallel applications--
27. Increasing performance through optimization on APU--
28. Toward optimizing clud computing: an example of optimization under uncertainty--
29. Modeling of scalable embedded systems--
30. Scalable service composition in pervasive computing--
31. Virtualization techniques for graphics processing units--
32. Dense linear algebra on distributed heterogeneous hardware with symbolic DAG approach--
33. Fault-tolerance techniques for scalable computing--
34. Parallel programming models for scalable computing--
35. Grid simulation tools for job scheduling and data file replication--
Index.

Scalable Computing and Communications is well organized with basic concepts, software infrastructure and middleware, and applications and systems. Filled with numerous case studies, figures, and tables, it is a valuable book that offers great insight into future trends and emerging topics for professionals and students in the field.

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