The analysis of the acoustic wave velocity on the target localization accuracy
Journal Title: Security and Defence Quarterly - Year 2013, Vol 1, Issue 1
Abstract
The accuracy of target localization using acoustic methods depends on atmospheric conditions. The acoustic wave velocity varies with fluctuation of atmospheric temperature, presure and humidity. Therefore, a mathematical model for the description of acoustic wave velocity on target localization accuracy has been described. The results are presented and commented upon.
Authors and Affiliations
Lenka Bechová, Pavel Melša
Keywords
Related Articles
- EP ID EP706294
- DOI https://doi.org/10.35467/sdq/103162
- Views 85
- Downloads 0
Institutional corruption as the bane of critical infrastructure protection in Nigeria
Against a background of contemporary security challenges such as terrorism, violent extremism, insurgency, armed banditry, and separatist movements across the country, the study attempts to examine critical infrastructur...
Non-military determinants of the Russian Federation policy
This study analyses various non-military factors in shaping the security policy of the Russian Federation. This work undertakes to establish their substance, content and scope, and to draw the conditions and trends in th...
Security Education in dangerous times.
The article is concerned with the problems of Security Education in the context of threats to man`s existence. The aim of the article is to present the possibilities of Security Education from processual and technical (e...
Maritime disputes in East Asia and the Pacific region – The stormy waves of international relations
The paper portrays the overall political–military situation in East Asia with a focus on security challenges which are involving major regional powers, namely China, Japan, Russia and South Korea. The paper outlines the...
Tackling cyberspace threats – The international approach
The fact that NATO has acknowledged cyberspace as the fifth dimension of combat operations indicates that this problem issue is really topical and is pointing at the direction from which the possible threat can be expect...