Title of article
Direct sequence spread spectrum: History, principles and modern applications
Author/Authors
Stojanović ، Nenad M. Department for Telecommunication and Informatics - General Staff, Center for Applied Mathematics and Electronics - Serbian Armed Forces , Todorović ، Branislav M. Institute for Artificial Intelligence of Serbia , Ristić ، Vladimir B. Department of Telecommunications and Informatics - Military Academy - University of Defence in Belgrade , Stojanović ، Ivana V. „Telekom Srbija“ a.d.
From page
790
To page
813
Abstract
Introduction/purpose: Direct sequence spread spectrum modulation is widely used in many radiocommunications systems. At the first time, this modulation technique was used in military communications and navigation systems. Later, applications became diverse in civil communication systems as well. Today, there are many systems where direct sequence spread spectrum modulation is implemented as a part of the system. This article aims to sublimate knowledge about the direct sequence spread spectrum modulation technique and its applications. Methods: The article presents a review of the historical development of the direct sequence spread spectrum modulation technique, its principles and the most important current applications. Results: Based on a large number of references, this article summarizes the historical development, basic principles and modern applications of the direct sequence spread spectrum modulation in military and commercial communication systems. Conclusion: Direct sequence spread spectrum modulation is widely used in modern wireless and satellite radiocommunications. It is expected to be part of future global communication systems.
Keywords
radiocommunications , military communications , cellular mobile systems , spread spectrum , direct sequence , global positioning system , underwater acoustic communications , unmanned aerial vehicles , wireless fidelity , ZigBee
Journal title
Military Technical Courier
Journal title
Military Technical Courier
Record number
2773295
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