PROBLEMS IN DEVELOPMENT OF NEW METHODS, ALGORITHMS, AND HARDWARE FOR IMPROVEMENT OF IMAGE QUALITY OF OPTIC-ELECTRONIC VISION SYSTEMS
Annotation
Optic-electronic systems designed for analysis and recognition of object images in a wide range of applications are considered. The problems of improvement of the image quality with the use of newly developed methods, algorithms, and hardware are discussed.
Keywords
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Articles in current issue
- PROBLEMS IN DEVELOPMENT OF NEW METHODS, ALGORITHMS, AND HARDWARE FOR IMPROVEMENT OF IMAGE QUALITY OF OPTIC-ELECTRONIC VISION SYSTEMS
- SYNTHESIS OF THE STRUCTURE OF ADAPTABLE INTELLIGENT INTERFACE FOR TECHNICAL VISION SYSTEM
- A METHOD FOR LOCALIZATION OF EXTENDED GEOSPATIAL OBJECTS WITH SATELLITE IMAGES
- ALGORITHMIC OPTIMIZATION OF PROGRAM IMPLEMENTATION OF THE PARALLELSEQUENTIAL METHOD FOR PARTITION OF PARALLEL ALGORITHM GRAPH-SCHEME
- USING OF ADJACENT NEIGHBORHOOD AT GREEDY SEQUENTIAL PARTITION OF PARALLEL GRAPH-SCHEMES
- QUALITY ANALYSIS OF PARALLEL SUBROUTINES ARRANGEMENT IN MATRIX MULTICONTROLLERS
- REARRANGEMENT OF SUBROUTINES IN FAULT-TOLERANT MULTI-PROCESSOR SYSTEMS
- ON ORGANIZATION OF BUILT-IN HARDWARE-LEVEL MUTUAL SELF-TEST IN LOGICAL MULTI-CONTROLLERS
- A REED—SOLOMON DECODER FOR DVB
- LDPC-DECODER FOR DVB
- DESIGN OF ADAPTIVE FUZZY-LOGIC CONTROL SYSTEM. PART I.
- DESIGN OF ADAPTIVE FUZZY-LOGIC CONTROL SYSTEM. PART II.
- AUTOMATED SYSTEM FOR TECHNOLOGICAL OPERATIONS MANAGEMENT BASED ON FUZZY LOGIC
- QUASIPERIODIC DYNAMICS OF CONTROL SYSTEM WITH PULSE-WIDTH MODULATION
- USING FREQUENCY-INDEPENDENT CIRCUITS TO DETERMINE GENERALIZED PARAMETERS OF MULTIPLE-UNIT TWO-TERMINAL RLC-NETWORK