MODELS FOR COMPOSITION DESIGN OF AVIONIC SYSTEMS
Annotation
Methodological basis of complex technical systems design are analyzed for the case of airborne equipment development in the frames of general concepts of integrated modular avionics.
Keywords
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Articles in current issue
- MODELS FOR COMPOSITION DESIGN OF AVIONIC SYSTEMS
- APPLICATION OF INFORMATIVE ATRIBUTES FOR DETERMINATION OF STATIONARITY BREAKDOWN INSTANT OF A RANDOM PROCESS
- ACHIEVEMENT OF ROBUSTNESS OF STABILIZATION SYSTEM SYNTHESIZED ON THE BASE OF QUADRATIC THEORY
- ANALYSIS OF AUTOMATIC RADIO RANGE FINDER PERFORMANCE UNDER RANDOM PERTURBATIONS
- ESTIMATION OF MESSAGE DELIVERY TIME IN DISTRIBUTED REAL-TIME SYSTEMS WITH CAN-INTERFACE
- APPLICATION OF NONLINEAR SEQUENCES TO DUAL-TRACK CODE SCALE DEVELOPMENT FOR ANGULAR MOVEMENT CONVERTERS
- CODE—TO NUMBER OF PULSES CONVERTER WITH STATE ACTUALIZATION
- METROLOGICAL SAFETY FACTOR AS A CRITERION FOR MEASURING MEANS CONDITION ESTIMATION
- INSPECTION OF LINEAR DIMENSIONS OF ITEMS ON THE BASE OF TECHNOLOGIES PROVIDED BY “NATIONAL INSTRUMENTS”
- SYNTHESIS OF SYSTEM FOR THREE-DIMENSIONAL IMAGE TRANSFER AND VISUALIZATION ON THE BASE OF ACOUSTO-OPTICAL DEFLECTOR
- MODELING OF LIGHT PROPAGATION PROCESSES IN LIGHT EMISSION DIODE
- LABORATORY SPECTROMETER FOR INVESTIGATION OF REFLECTANCE AND ESTIMATION OF COLORATION PARAMETERS OF DIFFUSELY REFLECTING OBJECTS
- APPLICATION OF PLANE-PARALLEL PLATE TO CONTROL OVER RADIATION ELLIPTICITY
- INVESTIGATION OF THE EFFECT OF SURFACE-COLOURED SPECTACLE LENSES ON VISUAL ACUITY
- ON POSSIBLE ADAPTATION OF DISTRIBUTED MEASURING SYSTEM THEORY TO OPTOELECTRONIC SYSTEMS