1. The automated system of maintenance of reliability and quality of equipment ASONIKA www.asonika.com

2. The developer: Company "CALS-technology". Russia. The head of working out: General director, professor, Dr.Sci.Tech. Alexander Shalumov www.asonika.com

3. My coordinates: E-mail: ALS140965@mail.ru Mobile phone: 8-916-581-25-77 Site: www.asonika.com

4. Lecture number 1 Designing Electronic Equipment & Managing Electronic Models: Design of Automation Systems in Russia www.asonika.com

5. CALS- Сontinuous Acquisition and Life Cycle Support www.asonika.com

6. System ASONIKA structure

7. Reference directions of scientific innovation activity: 1.Complex mathematical modelling of electronic during a life cycle «designing - effecting - exploitation». 2. Integration of automated design engineering systems, complex computer simulation and technological opening-up of effecting of electronic on the basis of CALS-technologies. 3. Mining techniques of training and conversion training, opening-up and retraining of the workers to design augmented by computer and complex computer simulation of electronic. www.asonika.com

8. Work urgency. Problems. Operation of electronic is characterised by influence on it sets of rigid external factors which operate simultaneously that leads to refusals of system character. Such refusals are difficult for revealing at tests as there are no stands which would allow to reproduce in a complex simultaneously electric processes, thermal, mechanical, aerodynamic, radiating and other external influences, the technological phenomena of casual disorders of parametres, ageing, corrosion and others factors. www.asonika.com

9. System ASONIKA is intended for the decision of 4 basic problems existing by working out modern electronic: 1) problems of prevention of possible refusals at operation at early design stages at the expense of complex modelling of diverse physical processes; 2) problems of safety of the person at flights by planes (prevention of air crashes) at the expense of the complex automated analysis of management system by plane on the basis of the created electronic model at all kinds external destabilising factors, including in critical modes; 3) problems of reduction of terms and expenses for designing at the expense of availability to the developer of equipment of offered software and adequacy of results of modelling; 4) problems of automation of document circulation and creation of electronic model of a product at the expense of integration of offered software within the limits of storage and management PDM-system the engineering data and life cycle of a product (equipment). www.asonika.com

10. PDM- Product Data Management Let's look at some fragments of system ASONIKA. Further we will consider all it in more details and with examples. www.asonika.com

11. ASONIKA-M Subsystem of the analysis of volumetric constructions of electronic equipment on mechanical influences www.asonika.com

12. ASONIKA-V - Subsystem of the analysis and maintenance of stability to mechanical influences of electronic equipment, established on vibration isolators www.asonika.com

13. ASONIKA-ТM Subsystem of the analysis of constructions of printed board assemblies on thermal and mechanical influences www.asonika.com

14. MENTOR GRAPHICS - ASONIKA-ТM www.asonika.com

15. ASONIKA-B Subsystem of the analysis of parameters of reliability taking into account actual operational modes www.asonika.com

16. In terrain of Russian Federation system ASONIKA the clones have no. On foreign clones the information is absent in the open printing misses. Today in Russia we are monopolists in the field of modelling of physical processes in electronic. To create analogue of system ASONIKA, it is necessary to type a strong team of experts, to enclose many money and to spend not less than 10 years. Today in Russia it is impossible. Therefore we will remain monopolists in Russia still very long. All foreign companies which introduce the software for electronic at the Russian enterprises, address and will address to us for integration of their systems with our system ASONIKA as they do not have modelling of physical processes in electronic. www.asonika.com

17. System ASONIKA possesses considerable advantages before universal systems of the engineering analysis which cannot be used in the field of electronics without special adaptation at analytical and methodical levels. Comparison with some of them is presented more low. www.asonika.com

18. Comparison with universal systems of the engineering analysis In the field of designing of electronic www.asonika.com

19. The system ASONIKA is inserted more than on 60 domestic firms of an industry designing electronic. Especially actively we work on space subjects with the Russian space-rocket corporation "Energy". Our cooperation already proceeds 6 years. At this enterprise in 2005 system ASONIKA has been introduced. Today any Russian electronic device does not go on the International space station, if it was not modelled on thermal and mechanical influences by means of system ASONIKA. Today in Russia the state standard is developed. System ASONIKA according to this standard is unique system in Russia recommended alternatively to natural tests of pre-production models of electronic at early design stages. It allows to create competitive electronic in the minimum terms and with the minimum expenses. www.asonika.com

20. The problem of definition of dynamic characteristics of the device can be solved, using workings out firms LMS (Holland). For the decision the following software of one workplace is necessary: www.asonika.com

22. Technical and economic effects. Technical and economic effects from system ASONIKA introduction in practice of designing highly reliable EE are caused: 1)Increase of indicators of reliability developed EE in view of reduction of influence of the human factor by adequacy of results of modelling, owing to use of specialised graphic interfaces of synthesis EE and visualisation of results of modelling; 2)Reduction of terms and expenses of designing highly reliable EE taking into account requirements of the standard documentation on electric, thermal, mechanical and other characteristics at the expense of reduction of quantity of intermediate variants of pre-production models and decrease in labour input of design works; 3)Availability of use of software the designer who does not have specialised knowledge in the field of calculations; 4)Possibility operatively to carry out the analysis and synthesis of design decisions EE at complex influences, and also possibility of maintenance of firmness EE to external destabilising factors on the basis of program and methodical maintenance. www.asonika.com