WORLD-LIFE: COMPARATIVE GEOLOGY
CONTENTS INTRODUCTION EARTH NATURAL VECTOR FIELD GRAVITY NATURAL VECTOR FIELD NAVIGATION AND POSITIONING HISTORY OF FOREIGN RESEARCH IN GRAVITY-ASSISTED INERTIAL NAVIGATION SCIENCE HISTORY OF DOMESTIC RESEARCH IN GRAVITY-ASSISTED INERTIAL NAVIGATION SCIENCE GEOMAGNETIC NATURAL VECTOR FIELD NAVIGATION AND POSITIONING HISTORY OF FOREIGN RESEARCH IN GEOMAGNETIC NAVIGATION SCIENCE HISTORY OF DOMESTIC RESEARCH IN GEOMAGNETIC NAVIGATION SCIENCE NATURAL VECTOR FIELD NAVIGATION AND POSITIONING OF TERRAIN AND LANDSCAPE ELEVATION HISTORY OF FOREIGN RESEARCH IN TERRAIN NAVIGATION SCIENCE HISTORY OF DOMESTIC RESEARCH IN TERRAIN NAVIGATION SCIENCE POLARIZED LIGHT NATURAL VECTOR FIELD NAVIGATION AND POSITIONING HISTORY OF FOREIGN RESEARCH IN POLARIZED LIGHT FIELD NAVIGATION SCIENCE HISTORY OF DOMESTIC RESEARCH IN POLARIZED LIGHT FIELD NAVIGATION SCIENCE ELECTROSTATIC VECTOR FIELD NAVIGATION AND LOCALIZATION WITH DEEP SPACE RELATIVISTIC EFFECT VERI?CATION ELECTROSTATIC GYROSCOPE AND ELECTROSTATIC SUPPORT PRINCIPLE SUSPENSION SUPPORT LOOP OF A GYRO IN AN ELECTROSTATIC FIELD SUMMARY REFERENCES THE BASIS AND THEORETICAL MODEL OF EARTH GRAVITY FIELD NAVIGATION AND POSITIONING STANDARD ELLIPSOID GRAVITATIONAL FIELD MODEL AND ITS NUMERICAL ANALYSIS OF NORMAL GRAVITY UNDERWATER THREE-DIMENSIONAL GRAVITY MODEL BASIC ASSUMPTIONS OF THE EARTH’S GRAVITY MODEL UNDERWATER THREE-DIMENSIONAL CONVENTIONAL GRAVITY MODEL APPROXIMATE CALCULATION MODEL FREE AIR GRAVITY ANOMALY CALCULATION MODEL FREE AIR GRAVITY ANOMALY MODEL BASED ON UNDERWATER NORMAL GRAVITY FIELD FITTING FUNCTION APPROXIMATION METHOD OF GRAVITY ANOMALY RANDOM FIELD MATHEMATICAL DESCRIPTION OF THE FITTING FUNCTION APPROXIMATION PROBLEM PHYSICAL SIGNI?CANCE OF THE FITTED FUNCTION APPROXIMATION METHOD KRIGING INTERPOLATION METHOD FOR GRAVITY ANOMALY-ORIENTED REFERENCE MAPS BASIC PRINCIPLES OF KRIGING INTERPOLATION SPATIAL VARIATION FUNCTION FOR GRAVITY ANOMALY REFERENCE MAPS FRACTAL RECONSTRUCTION OF GRAVITY ANOMALIES WITH AIRPORTS UNDER LARGE SCALE CONDITIONS DE?NITION OF FRACTIONAL DIMENSION AND ITS ESTIMATION GRAVITY ANOMALY MAP FRACTIONAL DIMENSION ESTIMATION FBM FRACTAL INTERPOLATION FRACTAL INTERPOLATION EXPERIMENTS AND ANALYSIS NAVIGATION AND POSITIONING METHOD OF EARTH GRAVITY FIELD AUXILIARY INERTIAL NAVIGATION MODEL BASED ON PASSIVE GRAVITY FIELD COMMON NAVIGATION COORDINATE SYSTEM BASIC PRINCIPLE OF INERTIAL NAVIGATION SYSTEM GRAVITY/INERTIAL NAVIGATION INTEGRATED NAVIGATION SYSTEM GRAVITY AIDED NAVIGATION DYNAMIC MEASUREMENT SYSTEM SIGNAL PROCESSING OF GRAVITY DYNAMIC MEASUREMENT GRAVITY ANOMALY CALCULATION OF GRAVITY DYNAMIC MEASUREMENT INTERFERENCE PROCESSING METHOD OF GRAVITY MEASUREMENT PROCESSING METHOD OF VERTICAL ACCELERATION INTERFERENCE IN GRAVITY DYNAMIC MEASUREMENT COMPENSATION METHOD OF HORIZONTAL ACCELERATION DISTURBANCE IN GRAVITY DYNAMIC MEASUREMENT REAL TIME CORRECTION MODEL OF EÖTVÖS EFFECT NAVIGATION AND POSITIONING ALGORITHM OF GRAVITY FIELD CORRELATION ANALYSIS ALGORITHM GRAVITY FIELD MATCHING LOCATION ALGORITHM BASED ON EXTENDED KALMAN FILTER THEORY GRAVITY FIELD MATCHING ALGORITHM BASED ON UNBIASED KALMAN FILTER THEORY FUNDAMENTALS AND THEORETICAL MODELS OF THE GEOMAGNETIC NAVIGATION AND POSITIONING COMPOSITION OF THE GEOMAGNETIC FIELD BASIC THEORY AND ANALYTICAL REPRESENTATION OF THE MAIN MAGNETIC FIELD BASIC THEORY AND MODELING METHODS OF GEOMAGNETIC ANOMALY FIELDS BASIC THEORY OF KRIGING INTERPOLATION PROBLEMS WITH REDUNDANCY FOR HEADING MEASUREMENT CONVERGENT KRIGING INTERPOLATION ALGORITHM NUMERICAL ANALYSIS THEORY AND METHOD OF GEOMAGNETIC ANOMALY FIELD CONTINUATION CONSTRUCTION OF LOCAL ANOMALY FIELD FOR CONTINUATION VERI?CATION GEOMAGNETIC ANOMALY FIELD CONTINUATION BASED ON RECONCILIATION THEORY FOURIER TRANSFORM-BASED UPWARD AND DOWNWARD EXTENSION METHOD DOWNWARD EXTENSION ALGORITHM OF GEOMAGNETIC ANOMALY FIELD BASED-ON THE COMBINATION OF MAP AND TWO-DIMENSIONAL WAVELET DENOISING MAPPING AND GENERATION OF GEOMAGNETIC REFERENCE MAPS PRELIMINARY PROCESSING OF MEASUREMENT DATA POSITION CORRECTION CORRECTION OF DAILY-VARYING DATA DATA SMOOTHING DATA PARITY PROCESSING GEOMAGNETIC NAVIGATION AND POSITIONING METHODS MAGNETOMETER SENSORS FOR GEOMAGNETIC NAVIGATION AND POSITIONING AEROMAGNETIC NAVIGATION AND POSITIONING SELECTION OF CHARACTERISTIC QUANTITIES FOR AEROMAGNETIC POSITIONING IMPLEMENTATION OF AEROMAGNETIC MEASUREMENT AEROMAGNETIC POSITIONING METHODS UNDERWATER GEOMAGNETIC NAVIGATION AND POSITIONING SELECTION OF CHARACTERISTIC QUANTITIES FOR UNDERWATER GEOMAGNETIC POSITIONING IMPLEMENTATION OF UNDERWATER GEOMAGNETIC MEASUREMENTS UNDERWATER GEOMAGNETIC POSITIONING METHODS GROUND VEHICLE GEOMAGNETIC NAVIGATION AND POSITIONING SELECTION OF CHARACTERISTIC QUANTITIES FOR GEOMAGNETIC POSITIONING OF GROUND VEHICLES IMPLEMENTATION OF GROUND VEHICLE GEOMAGNETIC MEASUREMENTS GROUND VEHICLE GEOMAGNETIC POSITIONING METHODS GEOMAGNETIC NAVIGATION AND POSITIONING FOR PEDESTRIANS SELECTION OF CHARACTERISTIC QUANTITIES FOR GEOMAGNETIC POSITIONING OF PEDESTRIANS IMPLEMENTATION OF PEDESTRIAN GEOMAGNETIC MEASUREMENTS GEOMAGNETIC POSITIONING METHOD FOR PEDESTRIANS TOPOGRAPHIC ELEVATION NAVIGATION AND POSITIONING FUNDAMENTALS AND THEORETICAL MODELS DIGITAL TERRAIN ELEVATION MODEL TERRAIN ELEVATION MODEL UNDERWATER TOPOGRAPHY ELEVATION MODEL COMMON METHODS OF TOPOGRAPHIC ELEVATION MODEL RESAMPLING AERIAL TERRAIN ELEVATION MEASUREMENT METHOD FM CONTINUOUS-WAVE RADIO ALTIMETER PULSED RADAR ALTIMETER LASER ALTIMETER UNDERWATER TOPOGRAPHIC ELEVATION MEASUREMENT METHODS UNDERWATER MULTI-BEAM BATHYMETRY PRINCIPLE POSITION MEASUREMENT PRINCIPLES AND METHODS FOR MULTI-BEAM SYSTEMS MULTI-LINE CORRECTION FOR OCEAN BATHYMETRY TOPOGRAPHIC ELEVATION INFORMATION CHARACTERISTICS TOPOGRAPHIC FEATURE PARAMETER ALGORITHM AND ITS SIGNI?CANCE CLASSI?CATION OF FEATURE PARAMETERS TOPOGRAPHIC ELEVATION FIELD NAVIGATION AND POSITIONING TECHNOLOGY METHODS TOPOGRAPHIC ELEVATION FIELD CONTOUR MATCHING METHOD ONE-DIMENSIONAL CORRELATION MATCHING METHOD FOR TOPOGRAPHIC ELEVATION FIELD TWO-DIMENSIONAL CORRELATION MATCHING OF TOPOGRAPHIC ELEVATION FIELDS METHOD FOURIER TRANSFORM BASED TERRAIN 2-D MATCHING ALGORITHM MATCHING ALGORITHM BASED ON THE ENTROPY OF TOPOGRAPHIC ELEVATION FIELD INFORMATION FUNDAMENTALS METHOD FOR DETERMINING THE NEAREST CONTOUR POINT EXTRACTION OF CONTOURS FURTHER IMPROVEMENT OF THE ALGORITHM ITERATIVE RECURSIVE FILTERING MATCHING METHOD EXTENDED KALMAN FILTERING PRINCIPLE EXTENDED KALMAN FILTERING ALGORITHM APPLICATIONS EXTENDED KALMAN FILTERING ALGORITHM WORKING MODE IMPROVEMENT OF SITAN ALGORITHM FORMATION MECHANISM OF EARTH-SKY POLARIZATION FIELD AND BASIS FOR NAVIGATION AND POSITIONING MATHEMATICAL AND PHYSICAL BASIS OF POLARIZED LIGHT FIELDS POLARIZATION STATES OF LIGHT WAVES MATHEMATICAL DESCRIPTION AND SCATTERING PROPERTIES OF POLARIZED LIGHT MATHEMATICAL MODEL OF POLARIZED SKYLIGHT FIELD AND ITS MEASUREMENT PRINCIPLE POLARIZATION LINE OF FORCE 1—STATIC MEASUREMENT OF THE PARAMETRIC DISTRIBUTION OF POLARIZED LIGHT IN THE SKY COMPARISON OF SKY IMAGES BEFORE AND AFTER ADDING POLARIZER MEASUREMENT OF THE PARAMETER DISTRIBUTION OF STOCKS MEASUREMENT AND RESEARCH OF POLARIZATION DEGREE AND POLARIZATION AZIMUTH PARAMETER DISTRIBUTION SINGLE-POINT-BASED OBSERVATION OF SKY LIGHT POLARIZATION FIELD AND ITS MULTI-POINT SYNTHESIS POLARIZATION LINE OF FORCE 2—DYNAMIC CHARACTERISTICS OF THE DISTRIBUTION OF POLARIZED LIGHT IN THE SKY IMPORTANT PROPERTIES OF CELESTIAL POLES APPLICATION ANALYSIS OF MAXIMUM POLARIZATION LINE OF FORCE THE TIME-VARYING PERIODICITY OF THE FORCE LINE VECTOR OF THE PERCEIVED POLARIZATION INTENSITY BY THE BIONIC POLARIZATION NAVIGATION INSTRUMENT POLARIZATION FIELD AXIS—ATMOSPHERIC POLARIZATION NEUTRAL POINT REGION CHARACTERISTICS OF THE POLARIZATION FIELD AXIS DISTRIBUTION OF ATMOSPHERIC POLARIZATION NEUTRAL POINTS SYNTHETIC DISTRIBUTION OF POLARIZATION VECTOR FIELD AND COMPARISON WITH THE KNOWN NATURAL FIELDS DISTRIBUTION OF POLARIZATION DEGREE UNDER DIFFERENT CONDITIONS COMPARISON OF EARTH-SKY POLARIZATION FIELD AND GRAVITATIONAL FIELD MAGNETIC FIELD MAP, AND THREE-FIELD PARAMETER CHARACTERISTIC MAPPING BIONIC NAVIGATION AND POSITIONING METHOD OF POLARIZATION VECTOR FIELD MECHANISM ANALYSIS OF THE POLARIZATION NAVIGATION FOR SAND ANTS BIONIC POLARIZATION NAVIGATION MODEL AND HEADING ANGLE DETERMINATION SCANNING MODEL CONCURRENT MODEL DETERMINATION OF HEADING ANGLE OF BIONIC POLARIZATION NAVIGATION THE TEST PLATFORM OF BIONIC POLARIZATION NAVIGATION ANGLE MEASUREMENT SIMULATION AND IMPLEMENTATION OF POLARIZATION ORTHOGONAL UNIT BIONIC POLARIZATION NAVIGATION ANGLE MEASUREMENT THREE-CHANNEL POLARIZATION ORTHOGONAL UNIT TEST CLOUD COMPUTING POLARIZATION FIELD NAVIGATION AND POSITIONING 1: SPATIOTEMPORAL DISTRIBUTION LAW AND MODEL ANALYSIS OF BIONIC POLARIZATION NAVIGATION ERROR AND MULTI-NAVIGATION UNIT CLOUD COMPUTING SUPPORT SYSTEM RESEARCH ON SPATIOTEMPORAL RESOLUTION MODEL OF POLARIZATION PATTERN MAP BASED ON CLOUD COMPUTING CLOUD COMPUTING POLARIZATION FIELD NAVIGATION AND POSITIONING 2: PARALLEL COMPUTING METHOD A PARALLEL ALGORITHM FOR DETERMINING THE ERROR ANALYSIS OF CARRIER MEASUREMENTS IN THE SPACE–TIME DOMAIN DETERMINING PARALLEL ALGORITHMS FOR CARRIER MEASUREMENT ERROR ANALYSIS IN THE SPACE–TIME DOMAIN PARALLEL COMPUTATION OF MULTI-UNIT KALMAN FILTERING AND MEASUREMENT ESTIMATION ELECTROSTATIC FIELD NAVIGATION AND POSITIONING BASIS AND TECHNICAL SYSTEM PROBLEMS AND CHALLENGES RELATED TO ELECTROSTATIC FIELD SUSPENSION BEARINGTECHNOLOGY ELECTROSTATIC SUPPORT SYSTEM THE CONCEPT AND CALCULATION METHOD OF ELECTROSTATIC ATTRACTION AUTOMATIC ADJUSTMENT OF SUPPORT VOLTAGE AND MAXIMUM SUPPORT FORCE OF ELECTROSTATIC FIELD STATIC SUPPORT STIFFNESS AND ACTIVE ELECTROSTATIC SUPPORT CONTROL LOOP THE MECHANISM OF ELECTROSTATIC SUSPENSION CARRIER AND THEORY OF TRANSFORMER CAPACITIVE LOAD ELECTROSTATIC LEVITATION CARRIER MECHANISM BASIS FOR DESIGN OF ELECTROSTATIC SUSPENSION AFTERBURNER TRANSFORMER PHYSICAL BASIS FOR REMOVING STRAY CAPACITANCE OF SPHERICAL BOWL OF GYRO ROTOR ON SECONDARY SIDE OF HIGH VOLTAGE TRANSFORMER CHOICE OF IRON CORE FRAMEWORK DESIGN OF FERRITE CORE AND CALCULATION OF STRAY CAPACITANCE ANALYSIS OF TEST RESULTS OF SECONDARY SIDE STRAY CAPACITANCE AFTER STRUCTURE DESIGN ELECTROSTATIC FORCE ACTUATOR SAMPLE AND PERFORMANCE PERFORMANCE TEST AND ANALYSIS OF FERRITE FORCING ELEMENT AFTERBURNING ELEMENTS AND SAMPLES OF HIGH SILICON STEEL CORES CONTROL CIRCUIT OF ELECTROSTATIC SUPPORT SYSTEM AFTERBURNER CARRIER FREQUENCY EXPERIMENT OF RESONANT PICK-UP CIRCUIT EXPERIMENT OF AC PRELOAD CIRCUIT KEY POINTS OF ELECTROSTATIC SUPPORT SYSTEM CONTROL TECHNOLOGY ELECTROSTATIC FIELD ULTRA-PRECISION NAVIGATION AND LOCALIZATION METHODS AND THE BASIS OF RELATIVISTIC EFFECT VERI?CATION THEORY OF CAPACITIVE LOADING OF TRANSFORMERS SUPPORTED BY ELECTROSTATIC SUSPENSION DERIVATION AND THEORETICAL PROOF OF ELLIPTIC LOAD LINE EQUATION FOR TRANSFORMER CAPACITIVE LOAD SINE WAVE OUTPUT MECHANISM OF SINGLE-TUBE CLASS B AMPLI?ER WITH CAPACITIVE LOAD AND ANALYSIS OF ANTI-IMPACT STIFFNESS SUSPENSION SUPPORT FOLLOWER CONTROL TECHNOLOGY AND INTEGRATED ELECTROMECHANICAL TECHNOLOGY DERIVATION OF CONTROL MODE AND PROPOSED CONTROL SCHEME COMPREHENSIVE TECHNICAL ISSUES OF SUSPENSION-SUPPORTED INERTIAL SENSORS EXAMPLE OF A SYSTEM WITH ELECTROSTATIC GYRO SUPPORT SYSTEM COMPOSITION AND GAIN ALLOCATION FIELD TESTS AND RESULTS NAVIGATION TECHNIQUES FOR ELECTROSTATIC GYROSCOPES WITH RELATIVISTIC VERI?CATION BASIS TWO PREDICTIONS OF EINSTEIN’S THEORY OF RELATIVITY GRAVITY PROBE B EXPERIMENTAL DESIGN PRINCIPLES GRAVITY PROBE B’S GYRO AND ITS ELECTROSTATIC SUPPORT SYSTEM DATA PROCESSING METHOD OF GRAVITY PROBE B EXPERIMENT COMPARED WITH RELATIVISTIC PREDICTION GP-B SCIENTI?C DATA ANALYSIS PROCESS DATA PROCESSING METHODS AND ANALYSIS OF RESULTS