Technical concept of radioholographic radars for observation of object flows in conflict situations and development of radar system theory based on the concept

Abstract

It is shown that the system design and the system of military-technical design for radars is reduced to the construction of its multi-dimensional mathematical model and to development of methods for complete system description, i.e. for the problem solution, related to synthesis, analysis, control, and interaction with the environment. They, in turn, can be reduced to the search for functional equations of state, and the dynamics of the conflict, which in concentrated form reflect patterns of development and operation of system-topic. Therefore, these equations are the basis of radar systems theory. Functional equations describe the state and rate of change of the system state, which are connected to each other as the primitive function and the derivative with respect to time. For simple, one-dimensional systems, functional equations are found, that is, the problems of synthesis, analysis, control and adaptationare solved. For a complex system, such as system radar, search for functional equations and the equation of state is a significant scientific problem which can not be solved since emergion of radar systems engineering. In fact the problem is reduced to the definition of the system state combining all system parameters and that of the environment. This paper introduces a new notion of system state, which determines the time required for the system to perform all its functions. On this basis, radar systems theory is built. This theory can not be constructed at an abstract level, so it is built on the example of the most perspective complex systems. The technical appearance of such systems is also determined.