The paper discusses the technology of creating and implementing Open GL projects into Microsoft Hololens mixed-reality device as well as topical issues related to the correct connection and operation of this device. An approach is proposed, in which wireless data transfer from a computer to glasses is involved, and a project is used to launch applications that translates OpenGL ES API calls into an API supported and available for the Microsoft HoloLens platform.

The article focuses on the use of OpenCL technology, which allows to use powerful GPU resources to improve the performance of computing programs. Various variants of parallel programs designed to accelerate fast Fourier transform operations in an OpenCL environment are supposed. Considered variants are compared in terms of performance in order to determine the most optimal for processing complex vectors of different lengths.

The problem of constructing an admissible schedule for a complex of program modules in a multiprocessor real-time system with an incomplete graph of connections between processors is considered. The duration of the modules execution and their directive intervals are set. When executing modules, interrupts and switching from one processor to another are allowed, taking into account the restrictions on communications between processors and on the number of switches at a fixed point in time. Parallel execution of several modules by one processor and one module by several processors is not allowed. The solution of the problem is based on its reduction to a multicommodity flow problem in the network.

The advantage of random test generators is ease of use and the ability to issue large amounts of code. Stochastic testing reveals both ordinary and specific errors (rare combinations and specification flaws). At the same time, the increase in test coverage does not directly depend on the generator control parameters. Enumeration of placements of n instruction classes by k allows to obtain coverage for the corresponding combinations of instructions with acceptable code size.

Data on 745 patients with natural and surgical postmenopause has been analyzed. An effect of hormone replacement therapy (HRT) on women's health is discussed. For a group of 91 patients who took HRT for 7 years, the dynamics of bone mineral density (BMD) of the femoral neck and lumbar vertebrae was studied by the method of dual-energy X-ray absorptiometry (DRA). The nature of changes in BMD against the background of HRT intake was studied depending on its initial state as well as the dynamics of the evaluation conclusion about the presence of osteoporosis and osteopenia in the patient. The study allows us to conclude that HRT "naturally" slows down the aging of bone tissue in problematic areas for at least 7 years and should be a basis in the treatment of postmenopausal osteoporosis.

The article describes the process of preparing journal for publishing – from collecting articles to creating a layout original for a printing office. The sequence of actions in the preparation of the journal is indicated. The tools used are described, and recommendations are given for their use. The requirements for the design of pages, headers and footers, title pages, and content are given. An overview and recommendations are considered on the use of the Publishing System for the “Proceedings of SRISA RAS” journal. The article is intended for those preparing the journal for publication, and will also be useful to the authors of the articles, acquainting them with the process of creation and release of the journal.