METHOD OF PROTECTING VIDEO INFORMATION IN AEROSPACE MONITORING SYSTEMS BASED ON STEGANOGRAPHIC TRANSFORMATIONS
DOI:
https://doi.org/10.18372/2310-5461.69.20950Keywords:
aerospace monitoring, information and communication systems, containers of visual origin, redundancy, structural dependencies, positional basisAbstract
The article shows that there are contradictions in the process of ensuring information security. They arise when ensuring the categories of confidentiality, integrity and availability in the case of processing and transmitting video information resources in the aerospace monitoring system. They are based on the criticality of time delays for the delivery of video information of a significant bit volume using information and communication means limited in transmission speed. In the above circumstances (conditions), interest arises in information protection technologies in the process of using bit volume reduction systems. The article substantiates that one of the options for implementing such an approach is the use of steganographic methods of hiding information in containers of visual origin (CVO). The basic shortcomings of information embedding methods based on direct steganographic transformations are established. The direction of further development may be the construction of combined approaches to the organization of steganographic systems in the compression basis. In this case, as an additional component, it is proposed to use technologies that, according to the functional condition, use the indirect embedding method. At the same time, they are characterized by low values of steganographic capacity. This means that it is necessary to develop an approach to designing a steganographic system that takes into account not only psychovisual regularities in the CVP, but also structural dependencies between the elements of its syntactic description. A method has been created for lossless embedding of information in an indirect way with the detection of structural dependencies by means of controlled correction of the unevenly weighted positional (NWP) basis under the conditions of: the presence of pre-embedded information; elimination of digital traces of the presence of hidden information. A method has been developed for extracting information in a steganographic-corrected NWP basis. The differences of the method are that: information extraction is carried out with the exclusion of losses by comparing the real and control values of the bases of the NRVP basis under the conditions of eliminating the influence on the stegano-substrate of the previous stage of stegano-transformations in the quantized-spectral space of the KVP. This allows to increase the level of steganographic capacity under the conditions of excluding losses of hidden information and syntactic description of the VKP.
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