Abstract

As we all know, there are a large mount of camouflage patterns and complex terrains in the real world. Therefore, we classify the camouflage patterns and pick up five representative terrains firstly, After that, we establish five abstract models evaluating the low-efficiency of camouflage patterns and set corresponding indexes to establish the quantitative relationship between patterns and effect. Then, we acquire the consequence by programming in MATLAB. Furthermore, we use the fuzzy comprehensive evaluation to maintain the best camouflage pattern in a single terrain and obtain the use frequency of different type of camouflage patterns in different terrains, the optimal camouflage patterns are discovered and designed in all terrains. Finally, combining with the above results, we make an advertising sheet for a website highlighting to show our design and the best camouflage effect.

Highlights

  • As we all know, there are a large mount of camouflage patterns and complex terrains in the real world

  • We classify the camouflage patterns and pick up five representative terrains firstly, After that, we establish five abstract models evaluating the low-efficiency of camouflage patterns and set corresponding indexes to establish the quantitative relationship between patterns and effect

  • Attributed to camouflage Patterns types and landform type is diversified, the relationship established between camouflage design and its camouflage performance need to carry on the simple classification for camouflage patterns at first, select five kinds of basic terrain types, and set up five kind of camouflage patterns camouflage abstract evaluation model on this basis, following by setting the corresponding indicators, establish a camouflage patterns and the quantitative relationship between the camouflage effect

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Summary

The Basic Background of the Problem

Camouflage is composed of green, yellow, brown and black. It reflected wave and the surrounding scenery reflection of roughly the same. Confuse the enemy vision reconnaissance, and deal with infrared reconnaissance. Causing the enemy to modernization as the detection instruments are difficult to capture target. Hitler's forces in the end of the world war two first use of camouflage, as the "three color camouflage". Some countries in America led "four-color camouflage equipment". At present the world is "six color camouflages". Modern camouflage can base on the different needs of the basic color changes, with various patterns. There is no uniform criterion that how to comprehensively evaluate a camouflage pattern and choose the most appropriate camouflage pattern in different actual combat condition

The Problem Need to be Solved
The Introduction of Relevant Knowledge
The Explanation of Proper Nouns
5.11 The Problem Put Forward
5.12.1 The Classification Problem in Camouflage
The Background of the Model I
The Analysis of the Model I
The Establishment of the Model I
Model II—the Image Complexity Analysis Model Under the General Collection
Model IV—Wavelength Correlation Coefficient Model based on Spectroscopy
Model V—A Significant Degree of Camouflage Model
The Problem Put Forward
Analysis and Problem Solving
The problem Put Forward
Error Analysis
Improvement
Advantages
Disadvantage
Promotion
Full Text
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