WO2021056733A1 - 智能逻辑分析系统 - Google Patents
智能逻辑分析系统 Download PDFInfo
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- WO2021056733A1 WO2021056733A1 PCT/CN2019/117549 CN2019117549W WO2021056733A1 WO 2021056733 A1 WO2021056733 A1 WO 2021056733A1 CN 2019117549 W CN2019117549 W CN 2019117549W WO 2021056733 A1 WO2021056733 A1 WO 2021056733A1
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/448—Execution paradigms, e.g. implementations of programming paradigms
- G06F9/4482—Procedural
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- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/28—Databases characterised by their database models, e.g. relational or object models
- G06F16/284—Relational databases
- G06F16/285—Clustering or classification
Definitions
- the invention specifically relates to an intelligent logic analysis system.
- the technical problem to be solved by the present invention is to provide an intelligent logic analysis system.
- the present invention provides an intelligent logic analysis system, including: a causal definition set, a causal analysis algorithm set and a data set, in which:
- the set of causal definitions is a set of causal classifications with definite meanings, any one of which can be a cause, an effect, or both a cause and an effect, and each classification contains an individual object;
- the set of causal analysis algorithms It is a set of algorithms for analyzing the effect objects from the cause and effect set; the data set is different data required by the causality analysis algorithm.
- the set of causal analysis algorithms forms a three-dimensional corresponding reasoning structure; one axis direction in the three-dimensional corresponding reasoning structure corresponds to all possible causes in the set of causality; one axis direction in the three-dimensional corresponding reasoning structure corresponds to all causes and effects Concentrated results; one axis in the three-dimensional corresponding reasoning structure corresponds to a variety of causal analysis algorithms for paired cause-to-effects.
- the causal analysis algorithms for the corresponding causal-to-effect relationship in this direction can be used for the corresponding cause
- the object analyzes the analyzed fruit object.
- the longitudinal Y-axis direction in the three-dimensional corresponding reasoning structure corresponds to all possible causal concentrated causes; the horizontal X-axis direction in the three-dimensional corresponding reasoning structure corresponds to all causal concentrated effects; the three-dimensional corresponding reasoning structure deep A variety of causal analysis algorithms that correspond to the paired cause-to-effect in the Z-axis direction.
- the deep Z-axis direction in the three-dimensional corresponding reasoning structure corresponds to all possible causes in the causal concentration;
- the horizontal X-axis direction in the three-dimensional corresponding reasoning structure corresponds to all the results in the causal concentration;
- the three-dimensional corresponding reasoning structure The longitudinal Y-axis direction corresponds to a variety of causal analysis algorithms for paired cause-to-effects.
- the longitudinal Y-axis direction in the three-dimensional corresponding reasoning structure corresponds to all possible causes in the causal concentration; the deep Z-axis direction in the three-dimensional corresponding reasoning structure corresponds to all the results in the causal concentration; the three-dimensional corresponding reasoning structure
- the horizontal X-axis direction corresponds to a variety of causal analysis algorithms for paired cause-to-effects.
- the horizontal X-axis direction in the three-dimensional corresponding reasoning structure corresponds to all possible causal concentrated causes; the longitudinal Y-axis direction in the three-dimensional corresponding reasoning structure corresponds to all the results in the causal concentration; the three-dimensional corresponding reasoning structure deep A variety of causal analysis algorithms that correspond to the paired cause-to-effect in the Z-axis direction.
- the cause object or the effect object may be single or multiple.
- the causal analysis algorithm in the three-dimensional corresponding inference structure in each inference process is described in sequence to form an inference graph.
- each causal analysis algorithm may be another causal analysis algorithm in any one of the intelligent logic analysis systems.
- the system also includes a machine learning system, the input of which is the input of any one of the intelligent logic analysis system and the corresponding correct output after screening, and the corresponding three-dimensional corresponding reasoning structure;
- the training of the learning system produces a model that selects the three-dimensional corresponding inference structure.
- the intelligent logic analysis system can determine the three-dimensional inference structure according to the input of the intelligent logic analysis system and use this three-dimensional inference structure to form an output result.
- the present invention implements different analysis algorithms on various data to obtain different results of the three-dimensional algorithm construction, so that each algorithm corresponding to the data can interact in a three-dimensional space, so that each analysis and reasoning path can use the same series of analysis
- the algorithm is described, which lays the foundation for analysis, reasoning and quantification. Based on this basic analysis and reasoning method, cluster analysis and deep learning can be used as objects to realize the self-learning intelligent reasoning of machine learning machines.
- Figure 1 is a schematic diagram of the structure of the intelligent logic analysis system of the present invention.
- an intelligent logic analysis system including: a set of causal definitions, a set of causal analysis algorithms and a set of data, in which:
- the set of causal definitions is a set of causal classifications with definite meanings, any one of which can be a cause, an effect, or both a cause and an effect, and each classification contains an individual object;
- the set of causal analysis algorithms It is a set of algorithms for analyzing the effect objects from the cause and effect set; the data set is different data required by the causality analysis algorithm.
- the set of causal analysis algorithms forms a three-dimensional corresponding reasoning structure; one axis direction in the three-dimensional corresponding reasoning structure corresponds to all possible cause and effect sets; one axis direction in the three-dimensional corresponding reasoning structure corresponds to all The classification of the effects in the causal concentration; one axis in the three-dimensional corresponding reasoning structure corresponds to a variety of causal analysis algorithms for the paired cause-to-effects.
- the causal analysis algorithms for the corresponding causal-to-effect relationships in this direction can be used for the corresponding causal analysis algorithms.
- the causal object analyzes the analyzed result object.
- the longitudinal Y-axis direction in the three-dimensional corresponding reasoning structure corresponds to all possible causal concentrated causes; the horizontal X-axis direction in the three-dimensional corresponding reasoning structure corresponds to all causal concentrated effects; the three-dimensional corresponding reasoning structure deep A variety of causal analysis algorithms that correspond to the paired cause-to-effect in the Z-axis direction.
- the deep Z-axis direction in the three-dimensional corresponding reasoning structure corresponds to all possible causes in the causal concentration;
- the horizontal X-axis direction in the three-dimensional corresponding reasoning structure corresponds to all the results in the causal concentration;
- the three-dimensional corresponding reasoning structure The longitudinal Y-axis direction corresponds to a variety of causal analysis algorithms for paired cause-to-effects.
- the longitudinal Y-axis direction in the three-dimensional corresponding reasoning structure corresponds to all possible causes in the causal concentration; the deep Z-axis direction in the three-dimensional corresponding reasoning structure corresponds to all the results in the causal concentration; the three-dimensional corresponding reasoning structure
- the horizontal X-axis direction corresponds to a variety of causal analysis algorithms for paired cause-to-effects.
- the horizontal X-axis direction in the three-dimensional corresponding reasoning structure corresponds to all possible causal concentrated causes; the longitudinal Y-axis direction in the three-dimensional corresponding reasoning structure corresponds to all the results in the causal concentration; the three-dimensional corresponding reasoning structure deep A variety of causal analysis algorithms that correspond to the paired cause-to-effect in the Z-axis direction.
- the cause object or the effect object may be single or multiple.
- the causal analysis algorithm in the three-dimensional corresponding inference structure in each inference process is described in sequence to form an inference graph.
- each causal analysis algorithm may be another causal analysis algorithm in any one of the intelligent logic analysis systems.
- the system further includes a machine learning system, the input of which is the input of any one of the intelligent logic analysis system and the corresponding correct output after screening, and the corresponding three-dimensional corresponding reasoning structure;
- the training of the learning system produces a model that selects the three-dimensional corresponding inference structure.
- the intelligent logic analysis system can determine the three-dimensional inference structure according to the input of the intelligent logic analysis system and use this three-dimensional inference structure to form an output result.
- the present invention implements different analysis algorithms on various data to obtain different results of the three-dimensional algorithm construction, so that each algorithm corresponding to the data can interact in a three-dimensional space, so that each analysis reasoning path can use the same series of analysis
- the algorithm is described, which lays the foundation for analysis, reasoning and quantification. Based on this basic analysis and reasoning method, cluster analysis and deep learning can be used as the object to realize the self-learning intelligent reasoning of machine learning machines.
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Abstract
Description
Claims (10)
- 一种智能逻辑分析系统,其特征在于,包括:一个因果定义集,一个因果分析算法集和一个数据集,其中:所述因果定义集为一个具有确定涵义的因果分类集合,其中的任何一个分类可以是因,也可以是果,也可以既是因也是果,每个分类中包含个体对象。所述因果分析算法集为一个从所述因果集中的因对象分析出果对象的算法集合;所述数据集则是因果分析算法所需的不同数据。
- 如权利要求1所述的智能逻辑分析系统,其特征在于,所述因果分析算法集组成一个三维对应推理结构;三维对应推理结构中的一个轴方向对应所有可能的因果集中的因;三维对应推理结构中的一个轴方向对应所有因果集中的果;三维对应推理结构中的一个轴方向对应所成对的因到果的多种因果分析算法,该方向上所对应的因到果关系的因果分析算法都可用于由所对应的因对象分析出所分析的果对象。
- 如权利要求2所述的智能逻辑分析系统,其特征在于,三维对应推理结构中的纵向Y轴方向对应所有可能的因果集中的因;三维对应推理结构中的横向X轴方向对应所有因果集中的果;三维对应推理结构中的深向Z轴方向对应所成对的因到果的多种因果分析算法。
- 如权利要求2所述的智能逻辑分析系统,其特征在于,三维对应推理结构中的深向Z轴方向对应所有可能的因果集中的因;三维对应推理结构中的横向X轴方向对应所有因果集中的果;三维对应推理结构中的纵向Y轴方向对应所成对的因到果的多种因果分析算法。
- 如权利要求2所述的智能逻辑分析系统,其特征在于,三维对应推理结构中的纵向Y轴方向对应所有可能的因果集中的因;三维对应推理结构中的深向Z轴方向对应所有因果集中的果;三维对应推理结构中的横向X轴方向对应 所成对的因到果的多种因果分析算法。
- 如权利要求2所述的智能逻辑分析系统,其特征在于,三维对应推理结构中的横向X轴方向对应所有可能的因果集中的因;三维对应推理结构中的纵向Y轴方向对应所有因果集中的果;三维对应推理结构中的深向Z轴方向对应所成对的因到果的多种因果分析算法。
- 如权利要求2到6任一项所述的智能逻辑分析系统,其特征在于,因对象或果对象可以是单个也可以是多个。
- 如权利要求2到7任一项所述所述的智能逻辑分析系统,其特征在于,每个推理过程中的三维对应推理结构中的因果分析算法使用顺序来描述,形成推理图。
- 如权利要求2-8任一项所述的智能逻辑分析系统,其特征在于,每个因果分析算法可以是另一个权利要求2-8任一项所述的智能逻辑分析系统中的因果分析算法。
- 如权利要求2到9任一项所述的智能逻辑分析系统,其特征在于,该系统还包含一个机器学习系统,其输入为权利要求2到9任一项所述的智能逻辑分析系统的输入和经过筛选的相应的正确输出,以及相应的三维对应推理结构;经过机器学习系统的训练,产生选择三维对应推理结构的模型,利用这一模型,智能逻辑分析系统可以根据智能逻辑分析系统的输入确定三维推理结构并利用这一三维推理结构形成输出结果。
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