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  • MIC-CPE 2011
  • 19.Cnf-58
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2012
Papers Published at MIC-CPE 2011
All 10 Papers
IDAuthors and TitlePages
19.Cnf-4 Ms. Uzma Siddique and Prof. Habibullah Jamal, Microwave Attenuation and Prediction of Rain Outage for GSM Transmission Networks in Pakistan’s Tropical Region1-5
19.Cnf-49 Mr. Khair A. Shamaileh, Mr. Abdullah Qaroot and Prof. Nihad Dib, Design of A Miniaturized 10:1 Unequal Split Wilkinson Power Divider Using Non-Uniform Transmission Lines6-11
19.Cnf-54 Dr. Mutamed Khatib, Simulation Model of the Block Linear Precoder12-17
19.Cnf-55 Dr. Yousef Dama, Prof. Raed Abd-Alhameed, Mr. Fernando Salazar-Quiñonez, Dr. Dawei Zhou, Dr. Stephen Jones and Prof. Peter Excell, Experimental Throughput Analysis for MIMO 802.11n Systems over LOS and NLOS Indoor Scenarios18-21
19.Cnf-57 Dr. Issa Elfergani, Prof. Raed Abd-Alhameed, Dr. Chan Hwang See, Mrs. Zuhairiah Zainal Abidin, Mr. Hmeda Hraga and Prof. Peter Excell, Compact Tunable Microstrip F-Slot Antenna for Mobile Handset Applications22-25
19.Cnf-58 Dr. Hojat Hamidi, Mr. A. Vafaei and Mr. A. H. Monadjemi, A Framework for Transformational Technique in the High Performance Computing Systems26-33
19.Cnf-59 Prof. Omar Ramadan, A Unified Unconditionally Stable Split-Step FDTD Algorithm for Modeling General Dispersive Electromagnetic Applications34-37
19.Cnf-61 Mr. Melad Olaimat and Prof. Nihad Dib, A Study of 15-75-90 Angles Triangular Patch Antenna38-41
19.Cnf-62 Mr. A. Vafaei and Dr. Hojat Hamidi, Modeling of Security and Fault Tolerance in Mobile Codes42-46
19.Cnf-63 Mr. Mohammed Saeed Jawad and Dr. Widad Ismail, Impulse Based UWB Technology as Next Generation Cognitive Radio in Wireless Short Ranges Networks47-51
19.Cnf-58 Paper View Page
Title A Framework for Transformational Technique in the High Performance Computing Systems
Authors Dr. Hojat Hamidi, Khaje Nasir Toosi University of Technology, Tehran, Iran
Mr. A. Vafaei, Khaje Nasir Toosi University of Technology, Tehran, Iran
Mr. A. H. Monadjemi, Khaje Nasir Toosi University of Technology, Tehran, Iran
Abstract The Algorithm Based Fault Tolerance (ABFT) approach transforms a system that does not tolerate a specific type of faults, called the fault-intolerant system, to a system that provides a specific level of fault tolerance, namely recovery. In this paper, we present a new approach to fault tolerance for High Performance Computing system. An important consideration in the design of high performance linear systems is to ensure the correctness of the results computed in the presence of transient failures. Concurrent error detection and correction have been applied to such systems in order to achieve reliability. Algorithm Based Fault Tolerance has been suggested as a cost-effective concurrent error detection scheme. This paper explores fault tolerance in a wide variety of matrix operations for parallel and distributed scientific computing. It proposes a novel computing paradigm to provide fault tolerance for numerical algorithms. The research reported in this paper has been motivated by the complexity involved in the analysis and design of ABFT systems. To that end, a matrix-based model has been developed and, based on that, algorithms for both the design and analysis of ABFT systems are formulated. These algorithms are less complex than the existing ones. In order to reduce the complexity further, a hierarchical approach is developed for the analysis of large systems.
Track CCS: Communication Circuits and Sub-Systems
Conference 4th International Conference on Communications, Propagation, and Electronics (MIC-CPE 2011), 4-6 February 2011, Amman, Jordan
Pages 26-33
Topics Computer-Aided Circuit Design
Electronic Circuit Design
ISSN 2227-331X
Paper Views 215 Paper Views Rank 23/452
Paper Downloads 131 Paper Downloads Rank 30/452