The article deals with information security problems associated with neural networks. Malicious neural networks, attacks on neural networks, the use of neural networks as an information security tool, and neural network attack tools are considered. Methods for improving the information security of systems that include neural network components are proposed.

Статья содержит описание формата файлов core, используемых для посмертного (post-mortem) анализа процессов ОСРВ Багет, а также настройки и пример использования отладчика реального времени (ОРВ) для работы с этими файлами The article describes the core file format used for post-mortem analysis of RTOS Baget processes, as well as settings and an example of using a real-time debugger to work with these files.

All software developers eventually face the problem of creating and distributing their software products.At the same time, it is necessary to take into account possibilities of supporting existing products, i.e. replacing old distributions with

Федеральный научный центр Научно-исследовательский институт системных исследований РАН

This paper formulates a definition of the controlled execution original concept and motivates the importance of this concept when creating complex systems. Controlled execution is a specially organized process of hardware and software system functioning. This system is intended to perform its tasks despite errors, attacks and failures. The basics of controlled concept execution are: integration of information security, debugging and management tools; distribution of controlled execution for all phases of system life cycle; integrity of the controlled execution tools, differing in an impact degree on the target system, the possibility of interactions between these tools. Special cases of controlled execution are: information systems controlling; interactive debugging; system monitoring; system self-control; playback the previous sessions of the systems; modeling, collection and analysis of quantitative characteristics of systems; system selfhealing. Taking in the context of controlled execution, the authors propose a POSIX-systems selfhealing technique based on the POSIX trace mechanism. There is a brief review of a trace mechanism described in POSIX-2001. The paper proposes a technique of software systems selfhealing based on this mechanism and integrated into controlled execution concept. POSIX-2001 fixes the minimum functionality of tracing tools, which should be provided by a POSIX-compliant operating system. POSIX-2001 standard refers tracing as collection, accumulation and analysis of data on the events that took place in the user application operation. The work includes an example which can be useful in the practical application of selfhealing methods.