OPTICAL-ELECTRONIC DEVICE FOR AUTOMATIC LANDING OF THE SELF-CONTAINED FLYING ROBOT
Annotation
A prototype of navigation optical-electronic device for the automatic landing of the small-size selfcontained flying robot is proposed. General schematic and basic principles of the device design are described; dominant errors of it are analyzed. Results of bench and full-scale mockup tests are presented.
Keywords
Постоянный URL
Articles in current issue
- METHODOLOGICAL BASIS OF PLANNING STRUCTURAL AND FUNCTIONAL RECONFIGURATION OF COMPLEX OBJECTS
- DYNAMIC INTERPRETATION OF COMPLEX OBJECT LIFE CYCLE MANAGEMENT
- COMBINED METHOD FOR OPERATION PLANNING AND RESOURCE ALLOCATION IN ACTIVE MOBILE OBJECTS CONTROL SYSTEM
- OPTICAL-ELECTRONIC DEVICE FOR AUTOMATIC LANDING OF THE SELF-CONTAINED FLYING ROBOT
- COMPLIANT MOTION CONTROL ALGORITHM FOR FLEXIBLE JOINT MANIPULATOR WITH PARTIAL DYNAMIC COMPENSATION
- INFORMATION SYSTEM FOR ELECTROGASTROGRAPHY DATA STORAGE AND PROCESSING
- METHODOLOGY FOR ESTIMATION OF AUTOMATIC SPEECH RECOGNITION SYSTEM PERFORMANCE
- ANALYSIS OF MODERN METHODS AND SYSTEMS FOR SPEAKER DIARIZATION
- DESIGN FEATURES OF USER INTERFACE OF MOBILE INFORMATIONAL ROBOT
- MODEL OF CONFIGURATING OF SECURE AND ENERGY-EFFICIENT EMBEDDED SYSTEMS
- METHOD OF STRUCTURAL FEATURE EXTRACTION FOR MALWARE DETECTION
- EFFICIENCY ESTIMATION OF INFORMATION SERVICE CENTER
- “AURA” PROGRAM COMPLEXES FOR PERSONAL DATA INFORMATION SYSTEM PROTECTION