Developing a problem-oriented system for automated design of observation space vehicles capable of interacting with a PDM-system

The paper deals with the problem of developing problem-oriented systems for automated solution of space vehicle design tasks. The paper presents an algorithm for testing the tasks for correctness and a method of defining the sequence of performing calculations, subsequently obtaining the numerical values of the required parameters for the space vehicle airborne systems. The problem of obtaining numerical values of mass and dimensional characteristics of the space vehicle as a whole is discussed. The software developed in the DELPHI XE environment for solving the tasks set is described. The possibility of integrating the problem-oriented system with a system of product data management (PDM-system) is analysed.