Research On The Key Technologies Of The Simulation System For Air/Surface-to-Surface Weapons

The Joint Modeling and Simulation Environment(JMASE) adopts the component-based way of modeling, it has the features of high efficiency, fault tolerance, flexibility, and transportability. JMASE also provides a set of tools and services for developing models and executing simulation. The reusable parts of JMASE include some tools, services, public model players(such as RF Environment, EO_IR Environment, earth model, atmosphere model, planes, GenECM model and other players) and public component model elements(such as antenna, signal processing element missile element and so on). This makes JMASE have an obvious advantage in engineering and engagement simulation systems.In order to making the simulation of air/surface-to-surface weapons more authentic, on one hand, we should create the systematic, standardized, composable, replaceable components of air/surface-to-surface weapons, battlefield environment, target and interference with the multidimensional dynamical conditions. One the other hand, it requires flexible configuration and management of experiment. This is a challenge for the architecture of multidimensional dynamical air/surface-to-surface weapon simulation systems. This thesis studied the key technologies of air/surface-to-surface weapon simulation systems based on JMASE.To begin with, this thesis studied the creation of the air/surface-to-surface weapon simulation system which has the realistic battlefield models and engineering and engagement air/surface-to-surface weapon models. The Master-control adding Sub-control pattern is proposed to serve the full flow operational simulation of planning, binding, launching, flight, manipulating and hitting the target.Then this thesis studied the design of GenECM model to perfecting the realistic electromagnetic environment of battlefield model of JMASE. Then we can evaluate the operational effectiveness and anti-interference ability of air/surface-to-surface weapons in the electromagnetic environment of battlefield by the full flow operational simulation of air/surface-to-surface weapons with JMASE.At last, this thesis studied the application of JMASE for the complex distributed simulation system with the simulation system of the guided air to surface weapoms being the research background. The application verified the feasibility of the control and management technologies for air/surface-to-surface weapon simulation system. We use the GenECM model and JMOOSE to study the anti-interference ability of the projectile fuze. And verified the feasibility of JMASE in estimating the operational effectiveness and anti-interference ability of air/surface-to-surface weapons...