Journals
Books
Articles by keyword radio-electronic equipment
Parametrical Zone Tact Method and Devices of Transfer and Receiving of Information
L.V. Cherkesova
Working Оut оf Parametrical Zone Way оf Highly Effective Modulation оf Signals for Communication Systems
L.V. Cherkesova
Technique of transfer of influence from a subsystem of ASONIKA-M in subsystem ASONIKA-TM
I.S. Uryupin
Nonlinear Parametrical Zone Converters Working in Higher Zones of Instability Electromagnetic Oscillations. (Review of Principles of Action, Projects and Application)
L.V. Cherkesova
Working out of a technique of increase of reliability of bearing constructions of radio-electronic equipment at a design stage
I.S. Uryupin, A.S. Shalumov
Nonlinear parametrical zone converters working in higher zones of instability electromagnetic oscillations (review of principles of action, projects and application)
L.V. Cherkesova
Simulation of air cooling systems for onboard aviation radio electronic equipment
Yu. I. Luzhavin - Post-graduate Student, Head of Sector, JSC - POLYOT Research & Production Company?, Nizhny Novgorod. E-mail: luzhavin@rambler.ru
V. P. Khranilov - Dr.Sc. (Eng.), Professor of "Computer technologies in design and manufacturing" Department, Deputy Director, IRIT Nizhny Novgorod State Technical University n.a. R.E. Alekseev. E-mail: hranilov@nntu.nnov.ru
Scientific and technological aspects of the production of composite materials for the heat-removing and structural elements of the semiconductor and vacuum technology
V.V. Prasitskiy - Dr. Sc. (Eng.), Director of «Ecolyum-Voshod» (Kaluga). E-mail: sintel40@yandex.ru
Application of IMA concept for making promising on-board radio-electronic equipment
L. М. Vdovin - Ph.D. (Eng.), Head of Department, JSC Research and Production Enterprise POLYOT. E-mail: polyot@atnn.ru
Development of algorithm of calculation of reliability of bearing designs of products of radio-electronic equipment at mechanical influences
Uryupin I.S., Shalumov A.S., Tikhomirov M.V., Pershin E.O.
Object EMC problems of the mobile communication nodes for network-centric technologies

A.O. Perfilova – Ph.D.(Eng.), Dr.Sc. Candidate,
Moscow Technical University of Communication and Informatic E-mail: a_perfilova@bk.ru

Electromagnetic safety: from objects passportization to the state of territories analysis

O.N. Maslov, A.V. Rjabushkin, S.A. Maslov, M.A. Frolova

Volga State University of Telecommunications and Informatics (Samara, Russia)

Principles creating complexes of on-board equipment perspective aircraft

The widespread use by probable adversary of new technologies and forms of armed struggle against the use of promising expensive equipment forces us to develop similar systems in the Armed Forces of Russia. At the same time, the use of the old principles of the creation of aviation complexes does not allow to reduce the cost of perspective avionics and calls into question the very possibility of its creation.

The article proposes technical and organizational principles for creating complexes for on-board radio-electronic equipment of perspective aircraft, taking into account new tendencies in the development of weapons and allowing to increase efficiency and reduce the cost of carrying out development work. The technical principles of creating airborne equipment complexes are the principles on which the complexes are built. Among them are the principles of integration, unification and basicity, the principle of modularity and the principle of network-centricity of equipment. Organizational principles are the principles on which the development of the complex is based. Among them are the principles of independence, consistency, principles of thoroughness and responsibility, the principle automation of decision-making.

The effect of the application of these principles in the development of aviation equipment is shown. So, the transition to the technology of creating basic integrated complexes of bort equipment leads to a decrease in the cost of avionics from tens of percent to several times, depending on the degree of unification of equipment. The use of automation of the design of complexes allows to  increase the speed of execution of works two or more times.

The consideration of these principles is important not only in the creation of aviation complexes, but also in the development of other weapons and military equipment. At the same time, in each specific case, these principles require new thinking, thinking over the mechanisms for their implementation.

Integration software and hardware design support equipment for ULSI SoC chips

O.V. Drozd – Post-graduate Student, Siberian Federal University (Krasnoyarsk)
E-mail: odrozd@sfu-kras.ru

N.S. Kolobanova – Master Student, Siberian Federal University (Krasnoyarsk)
D.V. Kapulin – Ph.D. (Eng.), Head of Department, Siberian Federal University (Krasnoyarsk)

The features of designing onboard fiber-optics synchronetwork

A.A. Emelyanov – Design Engineer , JSC «Kaluga Scientific Research Radio Engineering Institute» M.E. Belkin – Dr. Sc. (Eng.), Moscow Technological University (MIREA)

E-mail: Belkin@mirea.ru

N.V. Toporkov – Ph. D. (Eng.), Head of Department, JSC «Kaluga Scientific Research Radio Engineering Institute» V.A. Masnoy – Ph. D. (Eng.), Main Specialist, JSC «CRET» E-mail: v.masnoy@kret.com

Principles and basics of building multifunctional integrated radio electronic systems

A.O. Polyakov1, I.V. Smirnov2, M.B. Tendera3, A.M. Filatov4, A.A. Kravtsov5

1-5 JSC «Central Radio-Research Institute named after academician A.I. Berg» (Moscow, Russia)