Mathematical model of the logical actions of the armored automobile vehicles operator in motion speed choosing , consider the road spectrum of resistance

S. Ostashevskiy, M. Piatkov
Abstract

March and oncoming battle In case of new ABTT events, one of the most important achievements is the forecast and the evaluation of the vehicle’s armored vehicles, as well as operational and tactical drawings, the average speed is indicated. For the most part, mainly to reduce the need for engine, the control system. Even at high speeds on missions, the combat vehicle operator is instructed to switch to lower gears through a re-installation. Famous author writes that “Water is characterized by vitality due to the need to start and stop, that is needed to react to the need for more efficient operation,” that object of exploitation and that sign shvidkіsnі rezhimi. Besides that, modeling in the minds of the organisation of service and combat activities, allowed me to change the hour by taking into account the right decision, I would have been able to immediately watch the battle, punish the senior teams. The analysis of the logic of the behavior of the operator of the sample of the auto armored equipment in the choice of speeds of movement with the account of the road spectrum of resistance is made, and the results of the analysis are made concerning the basic laws of the distribution of speeds in low, medium and high gears. As a result of the research, it is advisable to develop a mathematical model of the logic of the operator behavior of the sample of armored vehicles when choosing the speed of travel, taking into account the road spectrum of resistance of armored vehicles during march units in conditions of complication

Keywords

armored automobile vehicles, speed, traffic resistance, laws of distribution of continuous random variable, average speed

Suggested citation
Ostashevskiy, S., & Piatkov, M. (2019). Mathematical model of the logical actions of the armored automobile vehicles operator in motion speed choosing , consider the road spectrum of resistance. Scientific Reports of the National University of Life and Environmental Sciences of Ukraine, 15(6). https://doi.org/10.31548/dopovidi2019.06.025
References
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