ESTIMATING RELATIVE POSITION OF TWO OBJECTS WITH THE ACCOUNT FOR ERRORS IN MEASURED PARAMETERS OF THEIR MOTION
Annotation
The problem of estimation of the accuracy of determining relative motion parameters of two aircrafts on the base of information on the errors in the motion parameters of each of them is considered. Using the theory of differential calculus, a method is developed for derivation of numerical characteristics of accuracy of calculated parameters of relative motion of two aircraft on a plot of far guidance.
Keywords
Постоянный URL
Articles in current issue
- ANALYSIS OF SCALAR FIELDS OF DYNAMIC SYSTEMS
- COMPENSATION FOR ATMOSPHERE-INDUCED ERRORS IN EVALUATION OF SPACE OBJECT TRAJECTORY ON THE BASE OF DATA FROM FUNCTIONAL APPLICATIONS TO GLONASS/GPS
- MODEL OF OPTIMAL PROBABILISTIC QUANTIZATION OF INFORMATION IN THE SPACE WITH GUARANTEED RESTRICTION OF VOLUME QUANTUM INFLUENCE ZONE
- METHOD TO REDUCE DATA REDUNDANCY IN REMOTE SENSING FROM SPACE
- ESTIMATING RELATIVE POSITION OF TWO OBJECTS WITH THE ACCOUNT FOR ERRORS IN MEASURED PARAMETERS OF THEIR MOTION
- MODELING OF INFORMATION SYSTEM SECURITY THREAT USING APPROXIMATING FUNCTIONS
- MULTIPOLE NEODYMIUM MAGNETS FOR POLARIZED ATOM SOURCE
- SYNTHESIS OF FILTER WITH SPECIFIED FREQUENCY TRANSFER FUNCTION
- SELECTION OF RECEIVER-AMPLIFIER BANDWIDTH IN OPTICAL LOCATION OF LARGE-SCALE OBJECTS WITH COMPLEX CONFIGURATION
- STUDY OF CHARACTERISTICS OF MATRIX CdHgTe-PHOTODETECTOR FOR MEDIUM IR-RANGE WITH OPERATING TEMPERATURE OF 160—170 K
- FORMATION OF THIN-FILM MICRO-PATTERNS ON THE REVERSE SIDE OF IRRADIATED SUBSTRATE BY THE INTERFERENCE LCVD TECHNIQUE