This paper investigates the first design and testing for an unmanned three-mode vehicle. The vehicle feature's built in four main components, whereby a coaxial rotor set, propeller, wheels, and pontoon mechanism allow work independently of one another when fly on the ai...

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In this paper, a low-cost small-sized strap-down inertial navigation system (SINS)—Gyrolab GL-VG 109—is studied. When the system is installed on an unmanned vehicle and works in autonomous mode, it is difficult to determine the navigation parameters of the unmanned vehi...

This paper presents a methodological attempt to simulate tactics of simultaneous attacks using robotized (UGV-Unmanned Ground Vehicle) platforms. The numerical method is used to determine the time of departure and the location of platforms in order to achieve their simu...

Aim: The aim of this paper is to identify and present the most important threats related to the increasingly widespread application of unmanned systems, as well as the methods and ways to reduce those threats. The authors present a number of potential threats related to...

There are described in the article the possibility of using neural networks in the road transport, the advantages and disadvantages of using neural networks, brief description of neural networks. The main subject of the article is a description of some applications of u...

The U.S. Navy is restructuring its fleet architecture. Assessments undertaken as part of the restructuring process revealed a lack of construction sites to support increasing fleet size. As such, the Navy is exploring the feasibility of using unmanned underwater vehicle...

The results of research into influence of modification of the topology of a heterogeneous formation of unmanned vehicles on the area, covered by this formation are presented. We proposed an approach, according to which the method for modeling the structure of complex te...