Инновационные информационные технологии. Материалы международной научно-практической конференции, Прага, 22-26 апреля 2013г. Том 2 // Innovative information technologies: Materials of The International Scientific-Practical Conference, Prague, 2013, April 22-26. Part 2
This paper presents a study on the features and characteristics of the Lissajous orbit family around libration point L2 of the Earth-Moon system which allow optimization in terms of improving the communication between an orbiting spacecraft and the Earth.
In the paper the original non-invasive method of diagnosing units and blocks of RECs. Diagnosis is performed by measuring the level of modulated electromagnetic radiation, which is diagnosed by build quality RES.
The paper discusses the methodological foundations of the use of models of learning educational use of information technology. The analysis principles of design-oriented learning systems to remote technology training.
The features of the use of remote sensing technology further education. Formulated the problems encountered in the business with appropriate organization of management and organizational context of learning
The comprehensive step-by-step method of the accelerometer choosing for the laser strapdown inertial navigation system of new generation is considered. The results of Si-flex and Q-flex accelerometers research and comparative tests are presented. The advantages and the problems of the above accelerometers connected with pendulum material are described and its influence on the accelerometers accuracy parameters as well as inertial navigation systems's accuracy class and its place among innovative sptrapdown systems are considered
The matters of information presentation subject to specific problems of information innovation support of research and development (R&D ) results are discussed.
The main aim of the present work is to get the first approximation of AMg6 alloy superplastic characteristics. In this study, constant pressure free bulging for superplastic material is analized by some simple analytical methods to determine the constants of the superplastic AMg6 alloy.