rs_abstracts_tpc_mdl_gte_small_gpt3_5_representations
This is a BERTopic model. BERTopic is a flexible and modular topic modeling framework that allows for the generation of easily interpretable topics from large datasets.
Usage
To use this model, please install BERTopic:
pip install -U bertopic
You can use the model as follows:
from bertopic import BERTopic
topic_model = BERTopic.load("mmarks13/rs_abstracts_tpc_mdl_gte_small_gpt3_5_representations")
topic_model.get_topic_info()
Topic overview
- Number of topics: 114
- Number of training documents: 5000
Click here for an overview of all topics.
| Topic ID | Topic Keywords | Topic Frequency | Label |
|---|---|---|---|
| -1 | Integrating Spaceborne LiDAR and Remote Sensing for Forest Monitoring and Mapping | 10 | -1_Integrating Spaceborne LiDAR and Remote Sensing for Forest Monitoring and Mapping |
| 0 | Advances in Hyperspectral Image Classification Using Graph Convolutional Networks and Transformers | 1190 | 0_Advances in Hyperspectral Image Classification Using Graph Convolutional Networks and Transformers |
| 1 | Retrieval of Bio-Optical Parameters in Lakes using Satellite Images | 129 | 1_Retrieval of Bio-Optical Parameters in Lakes using Satellite Images |
| 2 | Remote Sensing of Ocean Waves and Wind Speed Using Satellite Data | 122 | 2_Remote Sensing of Ocean Waves and Wind Speed Using Satellite Data |
| 3 | Enhancing GNSS Satellite System Accuracy and Positioning with Novel Algorithms and Multi-GNSS Solutions | 113 | 3_Enhancing GNSS Satellite System Accuracy and Positioning with Novel Algorithms and Multi-GNSS Solutions |
| 4 | Estimating Pan-Arctic Sea Ice Thickness and Drift Using Satellite Data | 102 | 4_Estimating Pan-Arctic Sea Ice Thickness and Drift Using Satellite Data |
| 5 | Radar Signal Processing Algorithms for Target Detection and Clutter Suppression | 81 | 5_Radar Signal Processing Algorithms for Target Detection and Clutter Suppression |
| 6 | Utilizing Remote Sensing Technology for Accurate and Efficient Crop Mapping and Monitoring, with a Focus on Rice Cultivation Strategies | 78 | 6_Utilizing Remote Sensing Technology for Accurate and Efficient Crop Mapping and Monitoring, with a Focus on Rice Cultivation Strategies |
| 7 | Soil Moisture Estimation Using Microwave Remote Sensing and Machine Learning | 77 | 7_Soil Moisture Estimation Using Microwave Remote Sensing and Machine Learning |
| 8 | Ionospheric Total Electron Content (TEC) Anomalies and Earthquake Prediction using GNSS Observations | 77 | 8_Ionospheric Total Electron Content (TEC) Anomalies and Earthquake Prediction using GNSS Observations |
| 9 | Enhancement of Remote Sensing Image Super-Resolution with Hybrid Networks and Attention Mechanisms | 73 | 9_Enhancement of Remote Sensing Image Super-Resolution with Hybrid Networks and Attention Mechanisms |
| 10 | Improved object detection in remote sensing images through attention mechanisms | 73 | 10_Improved object detection in remote sensing images through attention mechanisms |
| 11 | Deep Learning Methods for Remote Sensing Change Detection | 68 | 11_Deep Learning Methods for Remote Sensing Change Detection |
| 12 | Advances in Synthetic Aperture Radar (SAR) Imaging Algorithms | 67 | 12_Advances in Synthetic Aperture Radar (SAR) Imaging Algorithms |
| 13 | Lightweight Semantic Segmentation Networks for High-Resolution Remote Sensing Images | 65 | 13_Lightweight Semantic Segmentation Networks for High-Resolution Remote Sensing Images |
| 14 | Aerosol characterization and vertical distribution in different regions | 62 | 14_Aerosol characterization and vertical distribution in different regions |
| 15 | Remote Sensing Scene Classification with Advanced Feature Alignment and Attention Aggregation | 62 | 15_Remote Sensing Scene Classification with Advanced Feature Alignment and Attention Aggregation |
| 16 | Lightweight SAR Ship Detection Networks via Attention Mechanisms | 59 | 16_Lightweight SAR Ship Detection Networks via Attention Mechanisms |
| 17 | Spatial and Temporal Analysis of Ecological Risk, Carbon Storage, and Land Use Patterns | 59 | 17_Spatial and Temporal Analysis of Ecological Risk, Carbon Storage, and Land Use Patterns |
| 18 | Urban Heat Islands and Land Surface Temperature Variations in Different Cities | 57 | 18_Urban Heat Islands and Land Surface Temperature Variations in Different Cities |
| 19 | Radiometric Calibration Techniques for Earth Observation Sensors | 55 | 19_Radiometric Calibration Techniques for Earth Observation Sensors |
| 20 | Vegetation Dynamics in Arid and Semi-Arid Regions | 55 | 20_Vegetation Dynamics in Arid and Semi-Arid Regions |
| 21 | Urban Development Monitoring Using Nighttime Light Imagery | 55 | 21_Urban Development Monitoring Using Nighttime Light Imagery |
| 22 | Predicting Soil Organic Carbon and Salinity Using Remote Sensing and Machine Learning Models | 51 | 22_Predicting Soil Organic Carbon and Salinity Using Remote Sensing and Machine Learning Models |
| 23 | Improving Spatiotemporal Accuracy of Precipitation Data Using Fusion Models and Environmental Variables | 49 | 23_Improving Spatiotemporal Accuracy of Precipitation Data Using Fusion Models and Environmental Variables |
| 24 | UAV-based Multispectral and Hyperspectral Imaging for Crop Growth and Yield Estimation | 48 | 24_UAV-based Multispectral and Hyperspectral Imaging for Crop Growth and Yield Estimation |
| 25 | Remote Sensing-Based Fire Risk Assessment and Mapping in Peatland Ecosystems | 48 | 25_Remote Sensing-Based Fire Risk Assessment and Mapping in Peatland Ecosystems |
| 26 | Semantic Segmentation of Point Clouds for 3D Scenes Using Multispectral LiDAR and Deep Learning | 45 | 26_Semantic Segmentation of Point Clouds for 3D Scenes Using Multispectral LiDAR and Deep Learning |
| 27 | Solar-Induced Fluorescence (SIF) and Gross Primary Production (GPP) Relationship in Vegetation Under Different Environmental Conditions | 44 | 27_Solar-Induced Fluorescence (SIF) and Gross Primary Production (GPP) Relationship in Vegetation Under Different Environmental Conditions |
| 28 | PM2.5 Concentration Estimation in China Using Remote Sensing Technology | 43 | 28_PM2.5 Concentration Estimation in China Using Remote Sensing Technology |
| 29 | Seismic and Magnetic Data Denoising with Deep Learning | 43 | 29_Seismic and Magnetic Data Denoising with Deep Learning |
| 30 | Enhancing Forest Disturbance Monitoring with SAR and Textural Features | 42 | 30_Enhancing Forest Disturbance Monitoring with SAR and Textural Features |
| 31 | Advancements in Global Evapotranspiration Estimation using Satellite Data and Modeling Approaches | 39 | 31_Advancements in Global Evapotranspiration Estimation using Satellite Data and Modeling Approaches |
| 32 | Wetland Classification and Mapping in China & East Asia using Remote Sensing and Deep Learning | 39 | 32_Wetland Classification and Mapping in China & East Asia using Remote Sensing and Deep Learning |
| 33 | Infrared Small Target Detection Methods | 38 | 33_Infrared Small Target Detection Methods |
| 34 | Assessment of Machine Learning Models for Seamless Land Surface Temperature Reconstruction | 37 | 34_Assessment of Machine Learning Models for Seamless Land Surface Temperature Reconstruction |
| 35 | Hyperspectral Image Super-Resolution with Attention-Based Fusion | 37 | 35_Hyperspectral Image Super-Resolution with Attention-Based Fusion |
| 36 | Lunar crater study for geological evolution and exploration missions | 37 | 36_Lunar crater study for geological evolution and exploration missions |
| 37 | Advanced Building Extraction Techniques Using Deep Learning and Semantic Segmentation for Urban Planning and Remote Sensing | 36 | 37_Advanced Building Extraction Techniques Using Deep Learning and Semantic Segmentation for Urban Planning and Remote Sensing |
| 38 | Long-term variations in lake heat balance and water level in diverse lake systems under a changing climate | 36 | 38_Long-term variations in lake heat balance and water level in diverse lake systems under a changing climate |
| 39 | Monitoring Snow Cover Using Remote Sensing Technology | 35 | 39_Monitoring Snow Cover Using Remote Sensing Technology |
| 40 | Remote Sensing for Tree Species Recognition and Health Assessment | 35 | 40_Remote Sensing for Tree Species Recognition and Health Assessment |
| 41 | Remote Sensing for Plant Diversity Estimation | 34 | 41_Remote Sensing for Plant Diversity Estimation |
| 42 | Enhancing 3D Reconstruction Using GIS Data and Neural Networks | 33 | 42_Enhancing 3D Reconstruction Using GIS Data and Neural Networks |
| 43 | Canopy Height Mapping Using Remote Sensing Data | 33 | 43_Canopy Height Mapping Using Remote Sensing Data |
| 44 | Integrated SAR Image Despeckling and Super-Resolution using Deep Learning | 32 | 44_Integrated SAR Image Despeckling and Super-Resolution using Deep Learning |
| 45 | SAR Target Recognition with Limited Labeled Data | 32 | 45_SAR Target Recognition with Limited Labeled Data |
| 46 | Investigation of drought propagation mechanisms using multiple indices in various regions | 31 | 46_Investigation of drought propagation mechanisms using multiple indices in various regions |
| 47 | Improvement of Underwater Imaging and Target Detection Using Acoustic Methods | 30 | 47_Improvement of Underwater Imaging and Target Detection Using Acoustic Methods |
| 48 | Advanced Object Tracking and Detection in UAV Imagery | 30 | 48_Advanced Object Tracking and Detection in UAV Imagery |
| 49 | Improving Satellite-Derived Bathymetry Accuracy with Optical Deep-Water Area Selection and Machine Learning Models | 28 | 49_Improving Satellite-Derived Bathymetry Accuracy with Optical Deep-Water Area Selection and Machine Learning Models |
| 50 | Remote Sensing-based Crop Growth Stage Identification and Yield Estimation | 28 | 50_Remote Sensing-based Crop Growth Stage Identification and Yield Estimation |
| 51 | Remote Sensing Applications for River Monitoring and Discharge Estimation | 28 | 51_Remote Sensing Applications for River Monitoring and Discharge Estimation |
| 52 | Ground Subsidence Monitoring in Urban Areas Using InSAR Data | 28 | 52_Ground Subsidence Monitoring in Urban Areas Using InSAR Data |
| 53 | Monitoring coastline changes using remote sensing techniques | 27 | 53_Monitoring coastline changes using remote sensing techniques |
| 54 | Dynamics and modeling of permafrost ground displacement in high altitudes | 26 | 54_Dynamics and modeling of permafrost ground displacement in high altitudes |
| 55 | Urban Safety and Vitality Assessment Using Geospatial Data | 26 | 55_Urban Safety and Vitality Assessment Using Geospatial Data |
| 56 | Coseismic Deformation and Fault Slip Analysis in Recent Earthquakes | 25 | 56_Coseismic Deformation and Fault Slip Analysis in Recent Earthquakes |
| 57 | Hyperspectral image unmixing with spatial regularization and deep learning | 25 | 57_Hyperspectral image unmixing with spatial regularization and deep learning |
| 58 | Enhancing ISAR Imaging for Moving Targets using Neural Networks and Sparse Aperture Techniques | 25 | 58_Enhancing ISAR Imaging for Moving Targets using Neural Networks and Sparse Aperture Techniques |
| 59 | Satellite Task Planning Optimization | 23 | 59_Satellite Task Planning Optimization |
| 60 | Remote Sensing Image Matching and Registration with Geometric Features | 23 | 60_Remote Sensing Image Matching and Registration with Geometric Features |
| 61 | Deep learning models for radar echo forecasting | 23 | 61_Deep learning models for radar echo forecasting |
| 62 | Application of Machine Learning Models for Landslide Susceptibility Analysis | 23 | 62_Application of Machine Learning Models for Landslide Susceptibility Analysis |
| 63 | Remote Sensing-Based Lithological Mapping and Mineral Exploration | 23 | 63_Remote Sensing-Based Lithological Mapping and Mineral Exploration |
| 64 | Glacier Mass Loss and Dynamics in Asian Mountain Regions | 23 | 64_Glacier Mass Loss and Dynamics in Asian Mountain Regions |
| 65 | Advanced InSAR Processing Platforms for Efficient Deformation Monitoring | 22 | 65_Advanced InSAR Processing Platforms for Efficient Deformation Monitoring |
| 66 | Dynamic Localization Enhancement in Challenging Environments with SLAM Systems | 22 | 66_Dynamic Localization Enhancement in Challenging Environments with SLAM Systems |
| 67 | UAV-based Techniques for Rock Slope Analysis | 21 | 67_UAV-based Techniques for Rock Slope Analysis |
| 68 | 3D Building Point Cloud Reconstruction | 21 | 68_3D Building Point Cloud Reconstruction |
| 69 | Flood Risk Assessment Using Ensemble Learning Models in Urban Areas | 21 | 69_Flood Risk Assessment Using Ensemble Learning Models in Urban Areas |
| 70 | Global Monitoring of Carbon Dioxide (CO2) Using Satellite Data | 21 | 70_Global Monitoring of Carbon Dioxide (CO2) Using Satellite Data |
| 71 | Advanced Techniques for Anomaly Detection in Hyperspectral Imaging | 21 | 71_Advanced Techniques for Anomaly Detection in Hyperspectral Imaging |
| 72 | Advanced Deformation Monitoring Techniques in Coal Mining Areas | 20 | 72_Advanced Deformation Monitoring Techniques in Coal Mining Areas |
| 73 | Landslide Classification and Monitoring Using InSAR for Geological Hazard Assessment | 20 | 73_Landslide Classification and Monitoring Using InSAR for Geological Hazard Assessment |
| 74 | Road Extraction Enhancements using Deep Learning Models | 20 | 74_Road Extraction Enhancements using Deep Learning Models |
| 75 | Canopy Spectra-Trait Relationships for Foliar Biochemical Traits | 20 | 75_Canopy Spectra-Trait Relationships for Foliar Biochemical Traits |
| 76 | Characterization and Calibration of Satellite Observation Channels in NWP Systems | 20 | 76_Characterization and Calibration of Satellite Observation Channels in NWP Systems |
| 77 | Landslide detection and segmentation using deep learning and remote sensing techniques | 19 | 77_Landslide detection and segmentation using deep learning and remote sensing techniques |
| 78 | Monitoring Volcanic Thermal Activity | 19 | 78_Monitoring Volcanic Thermal Activity |
| 79 | 3D Reconstruction of Tree Point Clouds for Carbon Stock Evaluation | 19 | 79_3D Reconstruction of Tree Point Clouds for Carbon Stock Evaluation |
| 80 | Photon Cloud Denoising and Signal Extraction for ICESat-2 Satellite LiDAR Data | 19 | 80_Photon Cloud Denoising and Signal Extraction for ICESat-2 Satellite LiDAR Data |
| 81 | Tropical Cyclone Intensity Prediction with Remote Sensing and Deep Learning | 18 | 81_Tropical Cyclone Intensity Prediction with Remote Sensing and Deep Learning |
| 82 | Advanced Transformer-based Pansharpening Methods in Remote Sensing Image Processing | 18 | 82_Advanced Transformer-based Pansharpening Methods in Remote Sensing Image Processing |
| 83 | Novel Polarimetric SAR Target Decomposition Methods | 17 | 83_Novel Polarimetric SAR Target Decomposition Methods |
| 84 | Diurnal Cycle of Temporal Coherence Over Wheat Crops | 17 | 84_Diurnal Cycle of Temporal Coherence Over Wheat Crops |
| 85 | Environmental Impacts of Mining Activities in Various Regions | 16 | 85_Environmental Impacts of Mining Activities in Various Regions |
| 86 | Investigating Gravity Field Modeling and Geoid Determination Methods | 16 | 86_Investigating Gravity Field Modeling and Geoid Determination Methods |
| 87 | Individual Tree Segmentation and Biophysical Parameter Estimation Using UAV LiDAR for Forest Inventory and Analysis | 16 | 87_Individual Tree Segmentation and Biophysical Parameter Estimation Using UAV LiDAR for Forest Inventory and Analysis |
| 88 | Mangrove forest mapping using remote sensing and machine learning | 16 | 88_Mangrove forest mapping using remote sensing and machine learning |
| 89 | Ground-Penetrating Radar (GPR) Applications and Techniques with Antenna Design and Inversion Methods | 15 | 89_Ground-Penetrating Radar (GPR) Applications and Techniques with Antenna Design and Inversion Methods |
| 90 | Radar Signal Recognition and Classification Strategies | 15 | 90_Radar Signal Recognition and Classification Strategies |
| 91 | Improving Sea Surface Temperature Retrieval Using Transformer-Based Super-Resolution Model | 15 | 91_Improving Sea Surface Temperature Retrieval Using Transformer-Based Super-Resolution Model |
| 92 | Advanced Spatiotemporal Fusion Methods for Remote Sensing Images | 15 | 92_Advanced Spatiotemporal Fusion Methods for Remote Sensing Images |
| 93 | Forest Fire Smoke Detection Using Lightweight UAV Models | 15 | 93_Forest Fire Smoke Detection Using Lightweight UAV Models |
| 94 | Improving LAI and fAPAR Estimation Using SL2P-CCRS and Deep Transfer Learning | 14 | 94_Improving LAI and fAPAR Estimation Using SL2P-CCRS and Deep Transfer Learning |
| 95 | Deep Learning for PolSAR Image Segmentation and Classification | 14 | 95_Deep Learning for PolSAR Image Segmentation and Classification |
| 96 | Evaluation and Comparison of Earth Surface Radiation Products | 14 | 96_Evaluation and Comparison of Earth Surface Radiation Products |
| 97 | Advanced Building Change Detection Using Deep Learning Techniques | 14 | 97_Advanced Building Change Detection Using Deep Learning Techniques |
| 98 | Innovative Techniques for Oil Tank Monitoring and Oil Spill Detection using SAR and Hyperspectral Imaging | 14 | 98_Innovative Techniques for Oil Tank Monitoring and Oil Spill Detection using SAR and Hyperspectral Imaging |
| 99 | High-precision indoor positioning technologies for multi-robot collaborative navigation | 13 | 99_High-precision indoor positioning technologies for multi-robot collaborative navigation |
| 100 | Desertification Risk and Dune Types Study | 13 | 100_Desertification Risk and Dune Types Study |
| 101 | Improved PWV data fusion and interpolation techniques for climatic analysis | 13 | 101_Improved PWV data fusion and interpolation techniques for climatic analysis |
| 102 | Extraction and Classification of Photovoltaic (PV) Panels using Deep Learning Techniques | 13 | 102_Extraction and Classification of Photovoltaic (PV) Panels using Deep Learning Techniques |
| 103 | Extreme Rainfall Events and Mesoscale Dynamics in Zhengzhou and Greater Bandung | 13 | 103_Extreme Rainfall Events and Mesoscale Dynamics in Zhengzhou and Greater Bandung |
| 104 | DEM Super-resolution Techniques using Machine Learning Models | 12 | 104_DEM Super-resolution Techniques using Machine Learning Models |
| 105 | Terrestrial Water Storage Estimation Using GRACE Data | 12 | 105_Terrestrial Water Storage Estimation Using GRACE Data |
| 106 | Fine-Grained Land-Cover Classification Framework with High Accuracy | 12 | 106_Fine-Grained Land-Cover Classification Framework with High Accuracy |
| 107 | Cloud Detection Algorithms for Satellite Weather Monitoring | 11 | 107_Cloud Detection Algorithms for Satellite Weather Monitoring |
| 108 | Water body segmentation and classification using deep learning models on satellite imagery for flood detection and river monitoring | 11 | 108_Water body segmentation and classification using deep learning models on satellite imagery for flood detection and river monitoring |
| 109 | Remote Sensing-Based Irrigation Mapping and Monitoring | 11 | 109_Remote Sensing-Based Irrigation Mapping and Monitoring |
| 110 | Analysis of Urban Impervious Surfaces Using Multi-Sensor Satellite Images and Machine Learning in Nanchang and Lahore | 11 | 110_Analysis of Urban Impervious Surfaces Using Multi-Sensor Satellite Images and Machine Learning in Nanchang and Lahore |
| 111 | UAV-based automated weed and seedling monitoring for precision agriculture | 11 | 111_UAV-based automated weed and seedling monitoring for precision agriculture |
| 112 | Dynamics of Land Use and Land Cover (LULC) Changes in Various Regions | 10 | 112_Dynamics of Land Use and Land Cover (LULC) Changes in Various Regions |
Training hyperparameters
- calculate_probabilities: False
- language: None
- low_memory: False
- min_topic_size: 10
- n_gram_range: (1, 1)
- nr_topics: None
- seed_topic_list: None
- top_n_words: 10
- verbose: False
- zeroshot_min_similarity: 0.7
- zeroshot_topic_list: None
Framework versions
- Numpy: 1.26.4
- HDBSCAN: 0.8.33
- UMAP: 0.5.5
- Pandas: 1.5.3
- Scikit-Learn: 1.4.1.post1
- Sentence-transformers: 2.4.0
- Transformers: 4.38.1
- Numba: 0.59.0
- Plotly: 5.19.0
- Python: 3.11.3
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