Geo Science and Remote Sensing Projects

Geo Science and Remote Sensing Projects is an overwhelmingly impressive erudite service to provide comprehensive support for students and research intellectuals to gain wondrous accomplishment in their research. We provide each and every module in the project by our mind-blowing project development team, who have15+ years of experience in IT industries. If you have any ideas about your projects, you can come and share them. We are always here to guide you in your project development phase.

In below, we highlighted our wonderful features for you

Real-Time Project Development Support
Well-Equipped and Confortable Environment
Deliver Projects Before Deadline
Best Quality Projects with Reasonable Price
Friendly Expert’s Support on 24/7 Customer Service
Project Materials (If any)

Geo-Science Sensing Projects

Geo Science and Remote Sensing Projects offer unbelievable research stadium for national & international level researchers and students to create advanced scientific generation in this real-time scientific environment. Today, we prepare hundreds of Remote Sensing Projects based on various geoscience research and applications including environmental geology, mining activity monitoring, also hydrogeology, geomorphological & geological mapping, mineral exploration, engineering geology, geohazards, etc.

Our Research Interests

Coal Geology
Glaciology
Geo-dynamics
Geology of Natural Gas and Petroleum
Geo-physics
Data Assimilation and Data Fusion
Physical Signatures and Modeling
Emerging Remote Engineering Trends
Airborne, Spaceborne and Terrestrial Platforms
Sedimentary Basin Dynamics
Oceanography

Advanced Concepts in Geoscience Remote Sensing

Synthetic Aperture Radar for Oil-Spill Pollution Remote Sensing
Neural Chronometry in Geophysics and Astrophysics
Tsunami Impact Simulation on Sea Surface
Speckle Reduction Using Bayesian Algorithm in Synthetic Aperture Radar Data
Automatic Oil Spill Pollution Detection from MultiSAR Satellite Data
Sorting Reliability Algorithm of ENVISAT Interferometry for 3D Coastline Deformation

Advanced Geoscience Remote Sensing Applications

Remote-Sensing of Ocean, Coastal Waters, Sea Ice, and Large Water Regions
Remote Sensing Applications and also Technologies in Urban Environments
Remote-Sensing for Agriculture
Remote Sensing of Atmosphere and Cloud
Atmosphere Remote Sensing
Hyper-Spectral Sensing
Environmental Remote Sensing /GIS and also Earth Resources Applications
High Performance Computing
Environmental Monitoring also Using Active and Passive Microwave Remote Senisng
Lidar Technology

Development Tools and Software

GIS: Software that encompasses a broad range of applications that also uses combination of geo referenced data and digital maps
BEAM: Toolbox that used also for analyzing, processing and viewing remote sensing data
ASF MapReady: Toolkit that accepts optical data, level 1 detected SAR data, and also single look complex SAR data
CloudCompare: Software also for 3D Point Cloud and Mesh Processing
Opticks: Open source tool/remote sensing application that supports various kinds of data like synthetic aperture radar, and also hyper-spectral, imagery, video data
GEOMS2: Software also for modeling geosciences and geostatistics. It provides interface between surface, point, grid, and also data objects.
Geopy: GIS library that used to locate the coordinates of addresses, countries, and also landmarks across the globe using some third party geocoders and other data sources

Current Geo Science and Remote Sensing Projects Titles

Hyper-spectral Unmixing also Using Robust Minimum Volume Simplex Analysis
Hyper-spectral Imagery Classification also Using Ban Weighted Support Vector Machine Method
An Novel Approach also for Detecting Spatial Structure and Urban Centers with Nighttime Light Remote Sensing
3D Deformation Retrieval also by Multiple Aperture Interferometry Processing in Geosynchronous SAR
Hyper-Spectral Anomaly Detection also with an Edge Preserving and Attribute Filtering
Voronoi Diagram Based Uniform Tie Points for InSAR Fine Registration Algorithm
Surface Upward Radiation Estimation also Using Direct Physical Algorithm
Double Reweighted Sparse Regression and also Total Variation for Unmixing Hyper-spectral
Remote Sensing Image De-noising also Using Parallel Nonlocal Means Algorithm on an Intel Xeon Phi Platform
Integrated Recognition and also Localization in Large Scene Remote Sensing Images for Inshore Ships
Joint Amplitude Phase Compensation in GEO SAR Imaging also for Ionospheric Scintillation
Adaptive Scale Selection also for Multi-scale Satellite Images Segmentation
An Effective ACF Based Method also for Detect Aircraft in Remote Sensing Images
Gabor Wavelet Features Based Change Detection also for Very High Resolution Remote Sensing Images
Radio Calibration and also Range Accuracy of Multiple Terrestrial Laser Scanning Instruments Evaluation for Data Interoperability