Keywords: درونیابی فضایی; GHG fluxes; TucuruÃ; Amazon; Diffusive emissions; Spatial interpolation;
مقالات ISI درونیابی فضایی (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: درونیابی فضایی; Kriging; Ensemble; Spatial interpolation; Solar irradiance;
Keywords: درونیابی فضایی; Spatial interpolation; In-core power distribution reconstruction; RBF; SVR; TSA; DWA;
Keywords: درونیابی فضایی; Phreatic groundwater table; In-situ measurements; Hydropedology; Temporal aggregation; Spatial interpolation;
Keywords: درونیابی فضایی; Delhi; Urban heat island (UHI); Mobile transverse measurements; GIS; Spatial interpolation; Kriging;
Keywords: درونیابی فضایی; A priori knowledge; Distribution fitting; Feedforward neural network; Grain size distribution; Spatial interpolation; Weight constraints;
Keywords: درونیابی فضایی; psf; soil particle-size fractions; ALR; additive log-ratio transformation; CLR; centered log-ratio transformation; ILR; isometric log-ratio transformation; SLR; symmetry log-ratio transformation; ALR_OK, CLR_OK, ILR_OK and SLR_OK, ALR, CLR, ILR and SLR; c
Keywords: درونیابی فضایی; Air quality; Spatial interpolation; Artificial neural networks;
Keywords: درونیابی فضایی; Cross-study analysis; Data reduction; Domestic energy consumption; Energy mapping; Model refinement; Record augmentation; Spatial interpolation; Structure detection; Spatial urban energy modelling;
Keywords: درونیابی فضایی; Statistical analysis; Composite structures; Ultrasonic measurements; Delamination; Damage detection; Spatial interpolation; Structural health monitoring; Experimental characterization of measurement methods;
Keywords: درونیابی فضایی; Drought forecasting; Machine learning; Climate forecast data; Remote sensing; Spatial interpolation;
Keywords: درونیابی فضایی; Big data; Customized data mining; Bias correction and statistical downscaling; Spatial interpolation; Critical consecutive days analyzer; Extreme events; ISI-MIP;
Keywords: درونیابی فضایی; Data assimilation; Temporal lag; Error correction; Hydrodynamic model; Spatial interpolation;
Keywords: درونیابی فضایی; Near-inertial internal waves; Wind stress; Spatial interpolation; Ocean general circulation models;
Keywords: درونیابی فضایی; Artificial neural network; Spatial interpolation; Empirical models; Global solar radiation
Keywords: درونیابی فضایی; Variable annuity; Spatial interpolation; Neural network; Portfolio valuation; Monte Carlo simulation;
Keywords: درونیابی فضایی; Radar reflectivity; Nonparametric radar rainfall; Spatial interpolation; Merging radar and gauge rainfall; Weighted combination; Spatial and temporal;
Keywords: درونیابی فضایی; Climate change; Ocean surface temperature; Spatial interpolation; Spatial nonparametric penalized regression; Spatial wavelet shrinkage estimation; Strong spatial correlated high-dimensional data;
Keywords: درونیابی فضایی; Solar radiation; Sunshine duration; Clearness index; Spatial interpolation; South Korea;
Keywords: درونیابی فضایی; Agricultural soil; Element contamination; Coal power plant; Hotspot identification; Spatial interpolation; Principal Component Analysis;
Keywords: درونیابی فضایی; Spatial interpolation; Rainfall prediction; Kriging; Raster comparison; Sri Lanka; IDW; Inverse Distance Weighting; MAE; Mean Absolute Error; MdPE; Median Percent Error; SE; Statistical Error; SRMSE; Standardized Root Mean Square Error; SSIM; Structural S
Keywords: درونیابی فضایی; Tanzania; rainfall shocks; income; health; spatial interpolation;
Keywords: درونیابی فضایی; Copula; Pairwise likelihood; Rank-based methods; Spatial dependence; Spatial interpolation
Keywords: درونیابی فضایی; Lake Tahoe; Portable ozone monitor; Passive samplers; Spatial interpolation; Ozone exposure indices; HYSPLIT;
Keywords: درونیابی فضایی; Noise mapping; Mobile measurements; Spatial interpolation; Noise indicators; Measurement network optimization
Keywords: درونیابی فضایی; Photovoltaic; Renewable energy; Electricity generation; Universal kriging; Spatial interpolation
Keywords: درونیابی فضایی; Particulate matter; Ozone; Spatial interpolation; Epidemiology; Birmingham; Jefferson County; Alabama;
Keywords: درونیابی فضایی; Anthropic markers; Ethnoarchaeology; Spatial interpolation; Geostatistics; Chemical residues; Spot tests; ICP-AES;
Keywords: درونیابی فضایی; Portable ozone monitor; Passive samplers; Spatial interpolation; HYSPLIT model; Ozone exposure indices;
Keywords: درونیابی فضایی; Image reconstruction; Error concealment; Image inpainting; Spatial interpolation; Video communication
Keywords: درونیابی فضایی; Geological uncertainty; Stochastic hydrogeology; Geological analog; Geostatistics; Spatial interpolation;
Keywords: درونیابی فضایی; Air quality; Spatial interpolation; Ozone; Overfitting; Inverse distance weighting; Nearest neighbor; Kriging;
Keywords: درونیابی فضایی; Drought response; Landsat; Normalized Difference Vegetation Index (NDVI); Pinus halepensis; Spatial interpolation;
Keywords: درونیابی فضایی; Variable annuity; Spatial interpolation; Neural network; Portfolio valuation; Solvency Capital Requirement (SCR)
Keywords: درونیابی فضایی; Apparent electrical conductivity; Spatial interpolation; NDVI; On-the-go sensors; R; h-block resampling
Keywords: درونیابی فضایی; Precipitation; IPCC emission scenarios; Climate change; Downscaling techniques; Spatial interpolation; Greece
Keywords: درونیابی فضایی; 62H99; 62H11Concordance measures; Kendall’s tau; Normal copula; Parameter estimation; Spatial interpolation; Spearman’s rho
Using spatial interpolation to determine impacts of annual snowfall on traffic crashes for limited access freeway segments
Keywords: درونیابی فضایی; Traffic safety; Crashes; Spatial interpolation; Kriging; Weather; Snow;
Validation of DWI pre-processing procedures for reliable differentiation between human brain gliomas
Keywords: درونیابی فضایی; Diffusion MRI; Pre-processing schemes; Noise correction; Data smoothing algorithm; Spatial interpolation; Glioma differentiation;
Spatial interpolation of precipitation from multiple rain gauge networks and weather radar data for operational applications in Alpine catchments
Keywords: درونیابی فضایی; Precipitation; Regression co-kriging; Rain gauge; Weather radar; Spatial interpolation; Alpine catchment;
Comparing Spatial Interpolation Techniques of Local Urban Temperature for Heat-related Health Risk Estimation in a Subtropical City
Keywords: درونیابی فضایی; Geographic Information System; Spatial interpolation; Urban heat island; Local urban temperature; Subtropical city;
Research papersMapping soil particle-size fractions: A comparison of compositional kriging and log-ratio kriging
Keywords: درونیابی فضایی; Compositional data; Spatial interpolation; Compositional kriging; Log-ratio transformation; Geostatistics; Soil particle-size fractions;
GPU based contouring method on grid DEM data
Keywords: درونیابی فضایی; Contour; Grid DEM; GPGPU; Geometry shader; Spatial interpolation;
Analysis of local-scale urban heat island characteristics using an integrated method of mobile measurement and GIS-based spatial interpolation
Keywords: درونیابی فضایی; Local scale; Urban heat island; Mobile measurement; GIS-based; Spatial interpolation; Urban patterns;
Spatial modeling of discontinuity intensity from borehole observations at El Teniente mine, Chile
Keywords: درونیابی فضایی; Discontinuity area per unit volume; Terzaghi correction; Geostatistical simulation; Spatial uncertainty; Spatial interpolation; Weak veins;
Improving Parking Availability Maps using Information from Nearby Roads
Keywords: درونیابی فضایی; parking availability estimation; parking statistics; crowd-sensing; spatial data analysis; similarity measures; spatial interpolation;
Exploring spatiotemporal patterns of PM2.5 in China based on ground-level observations for 190 cities
Keywords: درونیابی فضایی; Ground-level PM2.5; China; Spatial interpolation; Exposure; Population-weighted; Spatial dependence;
Visualizing geoelectric - Hydrogeological parameters of Fadak farm at Najaf Ashraf by using 2D spatial interpolation methods
Keywords: درونیابی فضایی; Spatial interpolation; Fadak farm; Groundwater; Resistivity method; Schlumberger; Aquifer characteristics;
Stream Kriging: Incremental and recursive ordinary Kriging over spatiotemporal data streams
Keywords: درونیابی فضایی; Incremental ordinary Kriging; Recursive ordinary Kriging; Spatial interpolation; Spatiotemporal stream processing; Online algorithms;
Wind-sensitive Interpolation of Urban Air Pollution Forecasts
Keywords: درونیابی فضایی; Machine Learning; Urban Air Pollution; Spatial Interpolation