The new methods of building strategies of imperfect inspections problems for successfully disclose of the disorder and the design of experiments with multi-alternatives are developed. Necessary and sufficient conditions are developed if the failure distribution is known explicitly, whereas a sufficient condition is given if only the increasing failure intensity is known from experiment.

Developed theoretical foundations for construction of superscalar RISC-microprocessor kernel architecture with extended properties of parallelism exposure at the level of commands. Parallelism improvements at the level of commands was achieved by organization of simultaneous decoding on RISC-operations of 32 byte command window of the processed threads and simultaneous treatment of up to four threads of instructions from a set of x86-64. Decoding of command windows, in relation to the processed threads, takes place by turns.

1. State registration number of the theme - 0111U001738, NTUU "KPI" - 2401-F.
2. Supervisor - prof., Academy of Sciences of Ukraine Zgurovsky Michael Z.
3. The essence of development, the main results.

1. Номер государственной регистрации темы – 0111U000740, НТУУ «КПИ» – 2400-ф.
2. Научный руководитель – д.т.н., проф. Pavlov Alexander A.
3. Суть розробки, основні результати.

An approach to the organization of data collection and processing of the experimental data to remotely monitor the status of technical objects as heterogeneous networks measuring microcontroller Ethernet- module with support for inter-module level, open-standard LXI. LXI- measuring unit is constructed as a network of information units receiving data. To pair the data blocks used microcontroller implementation of heterogeneous technologies of industrial networks SPI, I2C, 1 -Wire, LPC, RS- 485 .

We propose a new generalized integrated approach for developing effective methods to increase the capacity of broadband radioaccess systems (BRAS) while providing the required error-rate performance and taking into account their characteristics, based on the interaction between system resources: energy and band. We obtained methods for improving the capacity of BRAS based on mathematical models, procedural, structural and systemic solutions for the effects of the time varying fading channel, thereby creating scientific basis for the creation of new next generation BRAS.

In this paper on develop of the theory of construction and syntes plural coordinations microsystems end sensors of a mesurement of use IP end nano-microtechnology. On propose the metodologie miniaturize mechanical devices and components, This plural coordinations microsystems is the systems alternative the systems navigation. In this paper on presence the synthesis methods of create plural coordinations microsystems end sensors of a mesurement of use IP end nano-microtechnology. The plural coordinations microsystems caracterise the neu caracteristique metrologie.

Powerful self-reactance emitter of sound of mobile type which creates the voice field of high intensity on the set distance and in the narrow sector of corners that technology of forming of the acoustic field by the use of багатоелементних фазованих arrays. The effective ultrasonic transformers of flexural and electrostatic types which can be a base for creation of багатоелементної powerful HEADLIGHTS are developed. Acoustic pressure is got from the 1th emitter (125 – 135) of дБ in the distance a 1 mcode, what fully sufficiently for creation of багатоелементної HEADLIGHTS.

Set of diagnostic information and diagnostic complex for control of the process of manufacturing parts high-precision instruments is creative.

Offered a new method for rapid analysis of the process of machining parts high-precision instrument, which is to assess the vibration and electromagnetic components of dynamics processing materials, providing the possibility of predicting critical or emergency process in automated manufacturing.

The classification of sheet metal processes and cold forging processes was made, the expediency of developing of new ways of forming which provide the productivity of manufacturing and the reliability and durability of produced products were grounded.