paper: remove [new repo: cloud-papers]

miscellaneous/paper/sozopol13/abstract.tex

-\documentclass[12pt,a4paper]{article}
-\title{Harnessing Wasted Computing Power for Scientific Computing} 
-\author{S\'andor Guba, M\'at\'e \H{O}ry and Imre Szeber\'enyi\\
-Budapest University of Technology and Economics, %\\
-%Magyar Tud\'osok k\"or\'utja 2, H-1117 Budapest,
-Hungary}
-\date{\empty}
-
-\begin{document} 
-\maketitle
-
-
-Nowadays more and more general purpose workstations installed in a student
-laboratory have built in multi-core CPU and graphics card providing significant
-computing power. In most cases the utilization of these resources is low, and
-limited to lecture hours. The concept of utility computing plays an important
-role in nowadays technological development. As part of utility computing, cloud
-computing offers greater flexibility and responsiveness to ICT users at lower
-cost.
-
-In  this paper, we introduce a cloud management system which enables the
-simultaneous use of both dedicated resources and opportunistic environment. All
-the free workstations (powered or not) are automatically added to a resource
-pool, and can be used like ordinary cloud resources. Researchers can launch
-various virtualized software appliances. Our solution leverages the advantages
-of HTCondor and OpenNebula systems.
-
-Modern graphics processing units (GPUs) with many-core architectures have
-emerged as general-purpose parallel computing platforms that can dramatically
-accelerate  scientific applications used for various simulations. Our business
-model harnesses computing power of GPUs as well, using the needed amount of
-unused machines. This makes the infrastructure flexible and power efficient.
-
-Our pilot infrastructure consist of a high performance cluster and 28
-workstations with dual-core CPUs and dedicated graphics cards. Altogether we
-can use 10,752 CUDA cores through the network.
-
-\end{document}

miscellaneous/paper/sozopol13/proceedings.bib

-@inproceedings{younge2011analysis,
-title={Analysis of virtualization technologies for high performance computing environments},
-author={Younge, Andrew J and Henschel, Robert and Brown, James T and von Laszewski, Gregor and Qiu, Judy and Fox, Geoffrey C},
-booktitle={Cloud Computing (CLOUD), 2011 IEEE International Conference on},
-pages={9--16},
-year={2011},
-organization={IEEE}
-}
-@article{creasy1981origin,
-title={The origin of the VM/370 time-sharing system},
-author={Creasy, Robert J.},
-journal={IBM Journal of Research and Development},
-volume={25},
-number={5},
-pages={483--490},
-year={1981},
-publisher={IBM}
-}
-@article{duatonew,
-title={A New Approach to rCUDA},
-author={Duato, Jos{\'e} and Pena, Antonio J and Silla, Federico and Fern{\'a}ndez, Juan C and Mayo, Rafael and Quintana-Ort{\i}, Enrique S}
-}
-@book{holovaty2009definitive,
-title={The Definitive Guide to Django: Web Development Done Right},
-author={Holovaty, Adrian and Kaplan-Moss, Jacob},
-year={2009},
-publisher={Apress}
-}
-@techreport{pinzari2003introduction,
-title={Introduction to NX technology},
-author={Pinzari, Gian Filippo},
-year={2003},
-institution={NoMachine Technical Report 309}
-}
-@article{victoria2009creating,
-title={Creating and Controlling KVM Guests using libvirt},
-author={Victoria, B},
-journal={University of Victoria},
-year={2009}
-}
-@inproceedings{bolte2010non,
-title={Non-intrusive virtualization management using libvirt},
-author={Bolte, Matthias and Sievers, Michael and Birkenheuer, Georg and Nieh{\"o}rster, Oliver and Brinkmann, Andr{\'e}},
-booktitle={Proceedings of the Conference on Design, Automation and Test in Europe},
-pages={574--579},
-year={2010},
-organization={European Design and Automation Association}
-}
-@article{pfaff2009extending,
-title={Extending networking into the virtualization layer},
-author={Pfaff, Ben and Pettit, Justin and Koponen, Teemu and Amidon, Keith and Casado, Martin and Shenker, Scott},
-journal={Proc. HotNets (October 2009)},
-year={2009}
-}
-@article{hoskins2006sshfs,
-title={Sshfs: super easy file access over ssh},
-author={Hoskins, Matthew E},
-journal={Linux Journal},
-volume={2006},
-number={146},
-pages={4},
-year={2006},
-publisher={Belltown Media}
-}
-@article{szeredi2010fuse,
-title={FUSE: Filesystem in userspace},
-author={M. Szeredi},
-journal={Accessed on},
-year={2010}
-}
-@inproceedings{yang2012implementation,
-title={On implementation of GPU virtualization using PCI pass-through},
-author={Yang, Chao-Tung and Wang, Hsien-Yi and Ou, Wei-Shen and Liu, Yu-Tso and Hsu, Ching-Hsien},
-booktitle={Cloud Computing Technology and Science (CloudCom), 2012 IEEE 4th International Conference on},
-pages={711--716},
-year={2012},
-organization={IEEE}
-}
-@inproceedings{duato2011enabling,
-title={Enabling CUDA acceleration within virtual machines using rCUDA},
-author={Duato, Jos{\'e} and Pena, Antonio J and Silla, Federico and Fern{\'a}ndez, Juan C and Mayo, Rafael and Quintana-Orti, ES},
-booktitle={High Performance Computing (HiPC), 2011 18th International Conference on},
-pages={1--10},
-year={2011},
-organization={IEEE}
-}
-@inproceedings{callaghan2002nfs,
-title={Nfs over rdma},
-author={Callaghan, Brent and Lingutla-Raj, Theresa and Chiu, Alex and Staubach, Peter and Asad, Omer},
-booktitle={Proceedings of ACM SIGCOMM Summer 2003 NICELI Workshop},
-year={2002}
-}
-@article{vinoski2006advanced,
-title={Advanced message queuing protocol},
-author={Vinoski, Steve},
-journal={Internet Computing, IEEE},
-volume={10},
-number={6},
-pages={87--89},
-year={2006},
-publisher={IEEE}
-}
-

miscellaneous/paper/sozopol13/subjidx.ind

-%                                                           clmomu01.ind
-%-----------------------------------------------------------------------
-% CLMoMu01 1.0: LaTeX style files for books
-% Sample index file for User's guide
-% (c) Springer-Verlag HD
-%-----------------------------------------------------------------------
-\begin{theindex}
-\item Absorption\idxquad 327
-\item Absorption of radiation \idxquad 289--292,\, 299,\,300
-\item Actinides \idxquad 244
-\item Aharonov-Bohm effect\idxquad 142--146
-\item Angular momentum\idxquad 101--112
-\subitem algebraic treatment\idxquad 391--396
-\item Angular momentum addition\idxquad 185--193
-\item Angular momentum commutation relations\idxquad 101
-\item Angular momentum quantization\idxquad 9--10,\,104--106
-\item Angular momentum states\idxquad 107,\,321,\,391--396
-\item Antiquark\idxquad 83
-\item $\alpha$-rays\idxquad 101--103
-\item Atomic theory\idxquad 8--10,\,219--249,\,327
-\item Average value\newline ({\it see also\/} Expectation value)
-15--16,\,25,\,34,\,37,\,357
-\indexspace
-\item Baker-Hausdorff formula\idxquad 23
-\item Balmer formula\idxquad 8
-\item Balmer series\idxquad 125
-\item Baryon\idxquad 220,\,224
-\item Basis\idxquad 98
-\item Basis system\idxquad 164,\,376
-\item Bell inequality\idxquad 379--381,\,382
-\item Bessel functions\idxquad 201,\,313,\,337
-\subitem spherical\idxquad 304--306,\, 309,\, 313--314,\,322
-\item Bound state\idxquad 73--74,\,78--79,\,116--118,\,202,\, 267,\,
-273,\,306,\,348,\,351
-\item Boundary conditions\idxquad 59,\, 70
-\item Bra\idxquad 159
-\item Breit-Wigner formula\idxquad 80,\,84,\,332
-\item Brillouin-Wigner perturbation theory\idxquad 203
-\indexspace
-\item Cathode rays\idxquad 8
-\item Causality\idxquad 357--359
-\item Center-of-mass frame\idxquad 232,\,274,\,338
-\item Central potential\idxquad 113--135,\,303--314
-\item Centrifugal potential\idxquad 115--116,\,323
-\item Characteristic function\idxquad 33
-\item Clebsch-Gordan coefficients\idxquad 191--193
-\item Cold emission\idxquad 88
-\item Combination principle, Ritz's\idxquad 124
-\item Commutation relations\idxquad 27,\,44,\,353,\,391
-\item Commutator\idxquad 21--22,\,27,\,44,\,344
-\item Compatibility of measurements\idxquad 99
-\item Complete orthonormal set\idxquad 31,\,40,\,160,\,360
-\item Complete orthonormal system, {\it see}\newline
-Complete orthonormal set
-\item Complete set of observables, {\it see\/} Complete
-set of operators
-\indexspace
-\item Eigenfunction\idxquad 34,\,46,\,344--346
-\subitem radial\idxquad 321
-\subsubitem calculation\idxquad 322--324
-\item EPR argument\idxquad 377--378
-\item Exchange term\idxquad 228,\,231,\,237,\,241,\,268,\,272
-\indexspace
-\item $f$-sum rule\idxquad 302
-\item Fermi energy\idxquad 223
-\indexspace
-\item H$^+_2$ molecule\idxquad 26
-\item Half-life\idxquad 65
-\item Holzwarth energies\idxquad 68
-\end{theindex}