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Research on Power Index Model of Operational Capability Evaluation of Weapon Equipment Based on Analytic Network Process

Author: WuGuoDong
Tutor: ZhuYiFan
School: National University of Defense Science and Technology
Course: Control Science and Engineering
Keywords: Operational Capability Evaluation Exponential model Network Analysis Correlation Analysis Evaluation index system design Information Fusion Super-matrix Submarines, anti-ship warfare
CLC: E91
Type: Master's thesis
Year: 2010
Downloads: 134
Quote: 3
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Abstract

With the continuous development of science and technology, the complexity and uncertainty of the modern information warfare is increasing, the rising demand of the scientific and technological content of the various types of weapons and equipment, and its combat capability, the degree of integration of the weaponry is getting , weapons and equipment design evaluation and demonstration work is becoming more and more important. Weaponry for the submarines and other types of large, complex, and sometimes researchers need quick macro assessment of its comprehensive combat capability, to improve the timeliness of the demonstration and assessment weaponry development program designed to provide directional guidance. The researchers found that in the course of practice, macro and fast combat capability index method with other methods do not have the advantage. Establish weaponry combat capability index assessment model, however, there are still two issues need to be addressed when the dependent or mutually impact evaluation indicators between the index system design, and second, how many of the assessment process assessment data source of information fusion. Weaponry only solve these problems, the establishment of operational capability index assessment model is credible, which will get a reliable assessment of the results. In response to these problems, this paper introduces the study of ANP theories and methods proposed to build a framework based on the ANP weaponry combat capability assessment model exponent, and in-depth study of its key technologies expectations solved to some extent establish combat capability of weapons and equipment of the aforementioned problems when the index evaluation model, auxiliary researchers ANP methods to build weaponry exponent of combat capability assessment model. The main innovation of the paper can be summarized as the following aspects: First, the analysis needs assessment index system design and data source information fusion proposed to build a framework based on the ANP weaponry combat capability assessment model exponent to evaluate the combat capability of weapons and equipment elaborate the basic steps, based on the basic idea of ??the key technologies of the evaluation indicators of correlation analysis and assessment of data source integration. Secondly, for weaponry exponent of combat capability assessment index system modeling design requirements, establish evaluation index system design principles, research assessment indicators correlation analysis technique, experience and knowledge to build weaponry combat capability of the network assessment indicators of the integration of multiple experts systems. Again for the solution of weaponry combat capability of ANP-based network assessment index system, multiple data source integration needs assessment study different assessment of data sources, data acquisition and expression in a variety of assessment data source information fusion foundation on build the ANP ultra matrix and weighted super matrix. Finally, the application of the ANP-based weaponry exponent of combat capability assessment model construction method to build the submarines, anti-ship warfare capacity exponent assessment model, given its anti-ship combat capability index formula, and submarines of different design options were calculated anti-ship combat capability index assessment, and comparative analysis with the traditional AHP method results, obtained some meaningful conclusions.

Research on Power Index Model of Operational Capability Evaluation of Weapon Equipment Based on Analytic Network Process

Abstract

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