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Automata Processor Architecture and Applications: A Survey
Nourah A.Almubarak,Anwar Alshammeri,Imtiaz Ahmad 보안공학연구지원센터 2016 International Journal of Grid and Distributed Comp Vol.9 No.4
Finite automata-based algorithms are becoming increasingly important for a wide range of application domains to process large volumes of unstructured data. Current processor technologies are not well suited to accelerate massively parallel operations related to the search and analysis of complex and unstructured data streams pattern identification problems. Hardware designers are exploring new processing technologies to accelerate pattern identification problems. One such technology is the recently introduced Micron Automata Processor (AP), which is a novel and powerful reconfigurable non-von Neumann processor that can be used for direct implementation of multiple Non-deterministic Finite Automata (NFAs) running concurrently on the same input stream. AP has a linear-scalable, two-dimensional MISD (Multiple Instruction Single Data) fabric comprised of thousands of interconnected small processing elements called State Transition Elements (STEs) to analyze complex data streams simultaneously to accelerate solving massively complex problems. The AP is promising future technology which provides new operations and new avenues for exploiting parallelism to accelerate the growing and important class of automata-based algorithms. In this paper, we present a survey of the state-of-the-art in automata processor based hardware accelerators. We describe AP hardware architecture, its programming environments, summarize its current successful applications in a wide range of diverse fields and explore future research trends and opportunities in this increasingly important area of automata computing paradigm.
Lennox-Gastaut syndrome associated with dysgenesis of corpus callosum
A. Bruce Janati,Naif Saad ALGhasab,Muhammad Umair,FazelHaq,Aboubaker Osman,Mohammad Sammour,AmalAbdulgadir Ahmed,Sofiane Ghorbel,Hesse Alshammeri,Maram Aldaife,Ahmad Abdollah,Afnan Ibrahim ALMubaddel 대한임상신경생리학회 2018 Annals of Clinical Neurophysiology Vol.20 No.1
Lennox-Gastaut syndrome (LGS) is an electro-clinical syndrome composed of the triad of mental retardation, multiple seizure types, and the characteristic generalized slow spike-wave complexes in the electroencephalogram. In this article, we report on two patients with LGS whose brain magnetic resonance imaging showed dysgenesis of corpus callosum (CC). We discuss the role of CC in the genesis of secondary bilateral synchrony.
Lennox-Gastaut syndrome associated with dysgenesis of corpus callosum
Janati, A. Bruce,ALGhasab, Naif Saad,Umair, Muhammad,FazelHaq, FazelHaq,Osman, Aboubaker,Sammour, Mohammad,Ahmed, AmalAbdulgadir,Ghorbel, Sofiane,Alshammeri, Hesse,Aldaife, Maram,Abdollah, Ahmad,ALMub The Korean Society of Clinical Neurophysiology 2018 Annals of Clinical Neurophysiology Vol.20 No.1
Lennox-Gastaut syndrome (LGS) is an electro-clinical syndrome composed of the triad of mental retardation, multiple seizure types, and the characteristic generalized slow spike-wave complexes in the electroencephalogram. In this article, we report on two patients with LGS whose brain magnetic resonance imaging showed dysgenesis of corpus callosum (CC). We discuss the role of CC in the genesis of secondary bilateral synchrony.