DISPLACEMENT CONTROL IN OPTICAL-ELECTRONIC SYSTEMS WITH OPTICAL EQUISIGNAL ZONE
Annotation
Systems with optical equisignal zone for control over spatial location of objects are considered. It is shown that further progress in the system design may be achieved with improvement of its structure and processing algorithms. Obtained equations allow for evaluating of the optical equisignal zone base-plane displacement caused by temperature gradient, as well as the optimal time constant of the system.
Keywords
Постоянный URL
Articles in current issue
- ANALYSIS OF CURRENT STATE AND PROSPECT FOR THE DEVELOPMENT OF BOKZ STAR TRACKERS FAMILY
- AUTONOMOUS NAVIGATION SYSTEM OF SMALL SPACECRAFT
- ALGORITHM OF DYNAMICAL ESTIMATION OF OBJECT ORIENTATION PARAMETERS FROM SATELLITE MEASUREMENTS
- AMBIGUITY RESOLUTION OF PHASE MEASUREMENTS AND SELECTION OF CARRIER FREQUENCIES IN SATELLITE NAVIGATING SYSTEM
- ESTIMATION OF ACCURACY CHARACTERISTICS OF CARRIER ROCKET CONTROL SYSTEM BY RESULTS OF LAUNCHES UNDER VARIOUS CONDITIONS
- ADAPTIVE CONTROL OVER LATERAL MOVEMENT OF AIRCRAFT IN THE LANDING MODE
- DISPLACEMENT CONTROL IN OPTICAL-ELECTRONIC SYSTEMS WITH OPTICAL EQUISIGNAL ZONE
- DETERMINATION OF OPTICAL COMPONENTS BASIC PARAMETERS OF OPTICAL SYSTEM WITH VARIABLE MAGNIFICATION
- PROBABILISTIC ANALYSIS OF DATA GATHERING AND PROCESSING CENTER OPERATION
- CREATION OF ANALYTIC SIGNAL WITH A KNOWN ELEMENTARY PHASE
- EFFECTIVE METHOD OF ACCELERATED LIFE TEST OF FRICTION ASSEMBLY
- PERMANENT MAGNET SYNCHRONOUS MOTOR TORQUE
- MODEL OF VISUAL MEASUREMENTS
- FIVE-LAYER QUARTER-WAVE ANTIREFLECTION COATING ON THE BASE OF THREE FILM-FORMING MATERIALS
- APPLICATION OF MATLAB SOFTWARE IN EDUCATIONAL PROCESS FOR MODELING OF MECHATRONIC SYSTEMS