A method of conflict analysis

Abstract

The invention discloses a conflict analysis method. The method includes the following steps: establishing a time conflict analysis directed graph of each combat unit, and performing time conflict detection and judgment of a single combat unit; Space conflict analysis; resource conflict detection for combat units that do not have time and space conflicts; if there are no resource conflict combat units, this conflict analysis ends; conflict resolution based on case matching is first performed for conflict combat units. The technical scheme of the invention can effectively improve the rationality of conflict decision-making, avoid potential defects and conflicts, realize comprehensive detection of multi-type conflict detection, and simultaneously improve detection efficiency, decision-making accuracy and simplify the analysis process.

Description

technical field [0001] The present invention relates to the field of conflict analysis, and more specifically relates to a conflict analysis method. Background technique [0002] At present, conflicts have many characteristics such as complexity, urgency, concurrency, uncertainty, and relevance. In actual conflict decision-making, the situation of combat units, the large number of various resources, and rapid changes may cause problems when formulating resolution strategies. Inadequate consideration leads to conflicts in the use of time, space, and resources among combat units. It is unrealistic to entrust such a tedious and urgent problem of conflict resolution to the staff's ad hoc command and on-site coordination. The failure of the battle plan. [0003] At present, many domestic and foreign researchers have carried out research on the conflict detection problem. Vidal and Morris et al. divided the events in STN into two types: controllable and uncontrollable. By consid...

AI Technical Summary

Problems solved by technology

[0005] First, the methods of conflict resolution are mainly negotiation, relaxation of constraints, arbitration and other methods, all of which are aimed at a certain type of conflict, and currently there is no unified conflict resolution method;

[0006] Second, some existing conflict analysis methods usually detect one aspect of time domain, air domain, and resource conflicts, and lack a comprehensive consideration of the three

Since there are not only time constraints and space constraints in actual conflict resolution, but also resource constraints, overgeneralization will lead to unreasonable or even invalid combat plans;

[0007] Third, most existing methods need to compare complex feature descriptions with defined rules, and the rules used by these methods are often fixed. Due to the incompleteness of the rules, these methods are prone to missed or false detections;

[0008] Fourth, many types of conflicts are semi-structured or unstructured complex conflicts where knowledge cannot be expressed, rules are difficult to extract, and reasoning is difficult. Only using the above algorithm will lead to low solution efficiency. It takes a lot of time to increase the geometric level, and the solution efficiency is low;

[0009] Fifth, while strengthening the constraints, the flexibility of the plan is reduced, making the plan tend to be conservative. Since the battlefield situation has the characteristics of rapid changes and many combat units involved, it is difficult for the above algorithm to conduct a comprehensive analysis of a battlefield situation

[0010] Sixth, due to the many types of conflicts and their strong correlation, it is difficult to establish a mathematical model of conflicts

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