Sel'vesyuk

This paper covers the research results oand analysis of methods and means of technical assessment of the condition of Earth remote sensing (ERS) systems during the test and on-stream periods. The obtained results are to provide a basis for further development of testing equipment for Earth remote sensing systems; moreover, they will provide a huge base of technical documentation (standards, guidelines for aircraft equipment testing etc.) for estimation of basic parameters which characterize the efficiency of application of digital observation equipment and their technical condition. The authors proposed a technique of online testing of the transfer function of remote sensing equipment during the on-stream period with a subsequent compensation of defocusing.

This article is based on the results of the development of method and tools for production of the requirements for navigational equipment, information support and system of aerial reconnaissance aircraft (AC) flight, providing the required quality of recorded aerial films. The research of this development process was carried out considering principal (theoretical) restraints of aerial reconnaissance complexes’ abilities and information technologies, solving problems of recording and recognition of aerial reconnaissance data. Aerial photo equipment (APE), APE stabilizing systems for different carriers and methods of defocused and blurred image reconstruction were also considered in this article.

This paper covers the study of developing a method and means of creating requirements for navigation equipment, aircraft control systems and aerial reconnaissance systems to ensure the required quality of aerial films. In their research the authors attempted to apply system analysis to airborne prospecting complexes created on the basis of using aerial cameras, particularly digital ones. The goals of this analysis are: support of flight task development for aerial reconnaissance aircrafts in service; support of prospective complexes development subject to real-time use.