Operations with fuzzy numbers in the task divided targets

Majek, Vojtech; Slouf, Vlastimil

doi:10.1109/miltechs.2015.7153670

Cited by 2 publications

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“…1) If the angle between two equally distant points (objects) and the distance to them is known, it is possible to determine the distance between these points (eg the width of the target) α · α · 0,001d (12) 2) If the distance between the two points is known and the distance to them, it is possible to determine the magnitude of the angle α in the dilec between the directions to these points:…”

Section: Fig 4 Determination Of Length L From Rectangular Trianglementioning

confidence: 99%

Linear and Angular Issues in Perspective Artillery Fire Control System

2018

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The Czech Republic, as a member of international organizations (NATO, EU, UNO), with respect to current global security neighborhood, employs the units of the army both at its own state territory and outside the Czech Republic, in multinational forces operations. The article focuses on Linear and Angular issues in perspective Artillery Fire Control System called PVNPG-14M. The issue of automated command, control, and information systems is of high importance in the solving of asymmetrical operations tasks today and in the upcoming future. The authors define appropriate Linear and Angular variables for common use by soldiers of the Army of the Czech Republic. Final assessment of the particular issues is determined by analysis. The The article contains theoretical justification and establishes a practical rule for use.

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Section: Fig 4 Determination Of Length L From Rectangular Trianglementioning

confidence: 99%

Linear and Angular Issues in Perspective Artillery Fire Control System

2018

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Simplification Options for More Efficient Using of Angular and Linear Measuring Rules for Fire Control

Bláha

Potužák

Šustr

et al. 2021

International Journal of Education and Information Technologies

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The Army of the Czech Republic is part of a broad military (security) alliance (such as NATO, EU, UN), and is deployable both on its territory, but also on the territory of the states of the members of the alliance, or anywhere in the world. The article focuses on inference of principles and limits for more efficient using of mile rule in school and combat condition. The Linear and Angular issues (which contains mile rule) in perspective Artillery Fire Control System called PVNPG-14M are the important area of the present defence research of Fire Support Department of University of Defence in Brno. The efficient using of artillery rules is necessary condition for the case without automated command, control, and information systems. Only under conditions of comparable efficiency can tasks of the required quality be fulfilled in the event of a malfunction of the automated system. Decision-making processes carried out by the commanders in the present and in the upcoming future depend on the correct application of the presented rules. The paper defines appropriate Linear and Angular variables for common use by Artillery and Mechanized commanders. The presented results are based on the analysis performed in the classroom and at the same time during live combat exercises.

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Operations with fuzzy numbers in the task divided targets

Cited by 2 publications

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Linear and Angular Issues in Perspective Artillery Fire Control System

Linear and Angular Issues in Perspective Artillery Fire Control System

Simplification Options for More Efficient Using of Angular and Linear Measuring Rules for Fire Control

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