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Quantum Approach to Sensory Information Processing for Modeling of Disasters

机译:灾害造型造型感官信息处理的量子方法

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In the modeling process of big systems such as different disasters, one of the main points is data collection: data quantity and quality, its manifold and accuracy. The modeling of this kind of processes includes: data mining and recognition (creation of a database), data processing and treatment (knowledge base preparation), and elaboration of conclusions. The quantum information technologies permit by using quantum representation of data, to collect much bigger, more varied and precise information, as well as quantum databank creation, which can be effectively treated by usage of relevant quantum algorithms. For creation of quantum databases, two methods will be dealt with: One is based on quantum numbers usage for processing various parametrical values (attributes of database); next, the database will be presented as its quantum model. Taking into account the quantum and multi parametrical nature of disasters for their clear and precise modeling it is necessary to combine the above mentioned two approaches and jointly quantum search algorithms and quantum query algorithms as well.
机译:在不同灾害等大系统的建模过程中,其中一个要点是数据收集:数据量和质量,其歧管和准确性。这种过程的建模包括:数据挖掘和识别(创建数据库),数据处理和治疗(知识库准备),并阐述结论。量子信息技术允许通过使用数据的量子表示,收集大量更大,更改和精确的信息,以及量子数据库创建,可以通过使用相关量子算法有效处理。对于Quantum数据库的创建,将处理两种方法:一个基于用于处理各种参数值的量子数使用(数据库的属性);接下来,将显示数据库作为其量子模型。考虑到灾难的量子和多个参数性,因为它们的清晰和精确的建模是必要的,结合上述两种方法和共同量子搜索算法和量子查询算法。

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