Integrability in Constructive K-Theory mathematical model for operation algorithms of an airship anti-stealth radar Software Engineering Review
This article describes a complex mathematical model for radar systems. The development includes a number of simulation models (model target environment, earth model, the model of onboard systems, including a model of the radar, the model of the onboard control system and model functioning of the navigation system, the model of ground control points, including the model display information about detected and tracked, the control board model), as well as functionally complete. When simulating all included in the integrated simulation model of a mathematical model built on the same principle, the dynamics of the simulated complex operation is simulated by sequentially changing their states at certain time intervals. The simulation is accomplished by changes in stepping on the model time step size. Algorithms of target environment models include and air-braid-nomic target and an electronic environment. Implementation of an algorithm for complex mathematical model allows a sufficient degree of accuracy, accurate to describe the functioning of radar processes for complex detection, tracking, the recognition of subtle air targets, which will provide an assessment of the effectiveness of variants of construction of the complex and its information opportunities.
Integrability in Constructive K-Theory mathematical model for operation algorithms of an airship anti-stealth radar Software Engineering Review
This article describes a complex mathematical model for radar systems. The development includes a number of simulation models (model target environment, earth model, the model of onboard systems, including a model of the radar, the model of the onboard control system and model functioning of the navigation system, the model of ground control points, including the model display information about detected and tracked, the control board model), as well as functionally complete. When simulating all included in the integrated simulation model of a mathematical model built on the same principle, the dynamics of the simulated complex operation is simulated by sequentially changing their states at certain time intervals. The simulation is accomplished by changes in stepping on the model time step size. Algorithms of target environment models include and air-braid-nomic target and an electronic environment. Implementation of an algorithm for complex mathematical model allows a sufficient degree of accuracy, accurate to describe the functioning of radar processes for complex detection, tracking, the recognition of subtle air targets, which will provide an assessment of the effectiveness of variants of construction of the complex and its information opportunities.
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