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Reinforcement Learning Datasets | DataSalon

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Reinforcement Learning

Offline RL trajectories, game data, robot demonstrations, RLHF, multi-agent interaction

10,008 datasets

NOAA Ortho-rectified Near-Infrared Aerial Mosaic of Silver Bay, Minnesota

Ortho-rectified mosaic tiles of the port of Silver Bay, Minnesota, created by the National Oceanic and Atmospheric Administration. The source imagery was acquired on September 29, 2015, using an Applanix Digital Sensor System (DSS) as part of the Integrated Ocean and Coastal Mapping initiative. The data is provided in PDF and HTML formats.

ImageGeospatial🌎 North AmericaAircraftAerialNoaaMinnesotaDocnoaanosngsNational Geodetic SurveyPhotographInfrared WavelengthsMosaicCoastal MappingAerial ImageryCamerasCoastalInfraredNational Ocean ServiceEarth ScienceNgs ImageryRectified ImageInfrared ImageryContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

NOAA Ortho-rectified Aerial Mosaic of Two Harbors, Minnesota, 2015

The 2015 NOAA Ortho-rectified Color Mosaic of the port of Two Harbors, Minnesota is a product from the NOAA Integrated Ocean and Coastal Mapping (IOCM) initiative. The ortho-rectified mosaic tiles were created from source imagery acquired on September 29, 2015 using an Applanix Digital Sensor System (DSS). The National Oceanic and Atmospheric Administration (NOAA) produced this dataset.

ImageGeospatial🌎 North AmericaAircraftAerialNoaaMinnesotaDocnoaanosngsNational Geodetic SurveyPhotographInfrared WavelengthsMosaicCoastal MappingAerial ImageryCamerasCoastalNational Ocean ServiceEarth ScienceNgs ImageryRectified ImageInfrared ImageryContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

Ortho-rectified Aerial Mosaic of Hempstead, New York from 2018

Hempstead, New York is covered by ortho-rectified mosaic tiles produced by the NOAA Integrated Ocean and Coastal Mapping initiative. The source aerial imagery was acquired on May 11, 2018, using a Trimble Digital Sensor System. The original images were captured at a higher resolution to support the final mosaic product.

ImageGeospatial🌎 North AmericaUs Department Of CommerceAerial PhotographsNew YorkAerialNoaaAirplaneDocnoaanosngsShorelineNational Geodetic SurveyPhotographMosaicCoastal MappingAerial ImageryCamerasNational Ocean ServiceNgs ImageryRectified ImageRemotely Sensed ImageryphotographyContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

NOAA Ortho-Rectified Aerial Mosaic of Buffington Harbor, Indiana from 2018

2018 NOAA Ortho-rectified Color Mosaic of Buffington Gary Indiana Harbor, Indiana contains ortho-rectified mosaic tiles produced under the NOAA Integrated Ocean and Coastal Mapping initiative. The source imagery was captured on May 16, 2018, using a Trimble Digital Sensor System (DSS) from an airplane. The National Oceanic and Atmospheric Administration (NOAA) created this dataset to support shoreline and coastal analysis.

ImageGeospatial🌎 North AmericaUs Department Of CommerceAerial PhotographsAerialNoaaAirplaneIndianaDocnoaanosngsShorelineNational Geodetic SurveyPhotographMosaicCoastal MappingAerial PhotographyCamerasNational Ocean ServiceNgs ImageryRectified ImageRemotely Sensed ImageryphotographyContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

Ortho-rectified Aerial Mosaic of Sacramento Deep Water Ship Channel, 2012

Sacramento Deep Water Ship Channel, California, is covered by ortho-rectified mosaic tiles from the NOAA Integrated Ocean and Coastal Mapping initiative. The source imagery was acquired on April 7, 2012, using an Applanix Digital Sensor System (DSS). The National Oceanic and Atmospheric Administration produced this dataset, which was last updated in March 2026.

ImageGeospatial🌎 North AmericaAircraftAerialNoaaDocnoaanosngsNational Geodetic SurveyCaliforniaPhotographInfrared WavelengthsMosaicCoastal MappingAerial ImageryCamerasCoastalNational Ocean ServiceEarth ScienceNgs ImageryRectified ImageInfrared ImageryContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

NOAA Ortho-rectified Near-Infrared Aerial Mosaic of Sacramento, CA from 2018

2018 NOAA NGS Ortho-rectified Near-Infrared Mosaic of Sacramento, CA is a set of ortho-rectified mosaic tiles produced by the NOAA Integrated Ocean and Coastal Mapping initiative. The source imagery was captured on October 28, 2018, using an Applanix Digital Sensor System from an airplane. The data is provided by the National Oceanic and Atmospheric Administration, Department of Commerce.

ImageGeospatial🌎 North AmericaUs Department Of CommerceAerial PhotographsAerialNoaaAirplaneDocnoaanosngsShorelineNational Geodetic SurveyCaliforniaPhotographMosaicCoastal MappingAerial PhotographyCamerasNational Ocean ServiceNgs ImageryRectified ImageRemotely Sensed ImageryphotographyContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

Ortho-rectified Aerial Mosaic of San Francisco Bay Ports from 2015

2015 ortho-rectified mosaic tiles created by the NOAA Integrated Ocean and Coastal Mapping initiative. The source imagery was acquired on September 4, 2015, using an Applanix Digital Sensor System (DSS) from an aircraft. The data covers the ports of San Francisco, Oakland, and Richmond in California.

ImageGeospatial🌎 North AmericaAircraftAerialNoaaDocnoaanosngsNational Geodetic SurveyCaliforniaPhotographInfrared WavelengthsMosaicCoastal MappingAerial ImageryCamerasCoastalInfraredNational Ocean ServiceEarth ScienceNgs ImageryRectified ImageInfrared ImageryContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

Aerial Ortho-rectified Mosaic of Louisiana Ports from 2018

An ortho-rectified color mosaic of the Port of Plaquemine and Empire-Venice, Louisiana, created by the National Oceanic and Atmospheric Administration. The source imagery was captured from an airplane on January 18-19, 2018, using an Applanix Digital Sensor System. The final product is a high-resolution, geometrically corrected image mosaic.

ImageGeospatial🌎 North AmericaUs Department Of CommerceAerial PhotographsAerialNoaaAirplaneDocnoaanosngsShorelineNational Geodetic SurveyPhotographMosaicCoastal MappingAerial PhotographyCamerasNational Ocean ServiceNgs ImageryRectified ImageRemotely Sensed ImageryphotographyLouisianaContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

Ortho-Rectified Aerial Mosaic of Everett, Washington from 2017

NOAA's Integrated Ocean and Coastal Mapping initiative produced this ortho-rectified mosaic from aerial imagery captured on July 29, 2017. The source data was acquired with a Trimble Digital Sensor System (DSS) at a higher resolution to support the final product. The National Oceanic and Atmospheric Administration (NOAA) is the authoritative organization for this dataset.

ImageGeospatial🇺🇸 United States🌎 North AmericaUs Department Of CommerceAerial PhotographsAerialNoaaAirplaneDocnoaanosngsShorelineNational Geodetic SurveyPhotographMosaicCoastal MappingAerial PhotographyCamerasNational Ocean ServiceNgs ImageryRectified ImageRemotely Sensed ImageryphotographyContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

Ortho-rectified Aerial Mosaic of Bridgeport, Connecticut from 2018

A 2018 ortho-rectified color mosaic of Bridgeport, Connecticut, created by the National Oceanic and Atmospheric Administration (NOAA). The source imagery was acquired on May 11, 2018, using a Trimble Digital Sensor System (DSS) from an airplane. This data is a product of the NOAA Integrated Ocean and Coastal Mapping (IOCM) initiative.

ImageGeospatial🌎 North AmericaConnecticutUs Department Of CommerceAerial PhotographsAerialNoaaAirplaneDocnoaanosngsShorelineNational Geodetic SurveyPhotographMosaicCoastal MappingAerial PhotographyCamerasNational Ocean ServiceNgs ImageryRectified ImageRemotely Sensed ImageryphotographyContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

Ortho-rectified Aerial Mosaic of Newport, Rhode Island from 2018

NOAA's Integrated Ocean and Coastal Mapping initiative produced this ortho-rectified color mosaic. The source imagery was captured on May 5, 2018, using a Trimble Digital Sensor System from an airplane. The final product is a high-resolution, geometrically corrected image mosaic covering the Newport, Rhode Island shoreline.

ImageGeospatial🌎 North AmericaUs Department Of CommerceAerial PhotographsRhode IslandAerialNoaaAirplaneDocnoaanosngsShorelineNational Geodetic SurveyPhotographMosaicCoastal MappingAerial PhotographyCamerasNational Ocean ServiceNgs ImageryRectified ImageRemotely Sensed ImageryphotographyContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

NOAA Ortho-rectified Aerial Mosaic of the Sacramento River, California, 2012

California's Sacramento River corridor from Sacramento to Colusa is covered by ortho-rectified aerial imagery. The National Oceanic and Atmospheric Administration (NOAA) created this mosaic from images acquired on February 2, 2012, using an Applanix Digital Sensor System (DSS) as part of its Integrated Ocean and Coastal Mapping initiative. The final mosaic is derived from higher-resolution source images.

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Reinforcement Learning

Ortho-rectified Aerial Mosaic of Charleston, South Carolina from 2015

NOAA's Integrated Ocean and Coastal Mapping initiative produced this ortho-rectified color mosaic. Source imagery was captured on October 23, 2015, using an Applanix Digital Sensor System (DSS) from an aircraft. The National Oceanic and Atmospheric Administration (NOAA) created this dataset to support coastal mapping and earth science applications.

ImageGeospatial🌎 North AmericaAircraftAerialNoaaCoastal ImageryDocnoaanosngsNational Geodetic SurveyPhotographInfrared WavelengthsOrtho Rectified MosaicMosaicCamerasCoastalNational Ocean ServiceEarth ScienceNgs ImageryRectified ImageRemotely Sensed ImageryphotographyInfrared ImageryContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

NOAA Ortho-Rectified Aerial Mosaic of Stamford, Connecticut from 2018

NOAA's Integrated Ocean and Coastal Mapping initiative produced this ortho-rectified color mosaic. The source imagery was captured on May 11, 2018, using a Trimble Digital Sensor System from an airplane. The original high-resolution aerial photographs were processed to create a geometrically corrected image mosaic.

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Reinforcement Learning

NOAA Ortho-rectified Near-Infrared Aerial Mosaic of Pensacola, Florida

2019 ortho-rectified mosaic tiles created from aerial imagery acquired on November 19, 2019. The data is a product of the NOAA Integrated Ocean and Coastal Mapping initiative, produced by the National Oceanic and Atmospheric Administration. The source imagery was captured using an Applanix Digital Sensor System at a higher resolution to support the final mosaic.

ImageGeospatial🌎 North AmericaAircraftAerialNoaaOrtho Rectified ImageryDocnoaanosngsNational Geodetic SurveyPhotographNear InfraredInfrared WavelengthsMosaicCoastal MappingCamerasCoastalNational Ocean ServiceEarth ScienceNgs ImageryRectified ImageRemotely Sensed ImageryphotographyInfrared ImageryContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

Ortho-rectified Near-Infrared Aerial Mosaic of Charleston, South Carolina

NOAA's 2015 ortho-rectified mosaic tiles provide near-infrared aerial imagery of the Charleston, South Carolina coastline. The data was acquired on October 23, 2015, using an Applanix Digital Sensor System (DSS) as part of the Integrated Ocean and Coastal Mapping initiative. The original high-resolution images were processed to create this corrected, georeferenced mosaic product.

ImageGeospatial🌎 North AmericaAircraftAerialNoaaCoastal ImageryDocnoaanosngsNational Geodetic SurveyPhotographNear InfraredInfrared WavelengthsMosaicAerial PhotographyCamerasCoastalNational Ocean ServiceEarth ScienceNgs ImageryRectified ImageRemotely Sensed ImageryphotographyInfrared ImageryContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

NOAA Ortho-rectified Near-Infrared Aerial Mosaic of Redwood City, CA from 2018

2018 ortho-rectified mosaic tiles created from aerial imagery acquired on October 20, 2018. The data is a product of the NOAA Integrated Ocean and Coastal Mapping initiative, sourced from an Applanix Digital Sensor System. The original imagery was acquired at a higher resolution to support the final mosaic.

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Reinforcement Learning

Ortho-rectified Aerial Mosaic of Providence, Rhode Island from 2018

An ortho-rectified color mosaic of Providence, Rhode Island, created by the National Oceanic and Atmospheric Administration. The source imagery was acquired on May 5, 2018, using a Trimble Digital Sensor System (DSS) from an airplane. The data is a product of the NOAA Integrated Ocean and Coastal Mapping initiative.

ImageGeospatial🌎 North AmericaUs Department Of CommerceAerial PhotographsRhode IslandAerialNoaaAirplaneDocnoaanosngsShorelineNational Geodetic SurveyPhotographMosaicCoastal MappingAerial ImageryCamerasNational Ocean ServiceNgs ImageryRectified ImageRemotely Sensed ImageryphotographyContinentDigital OrthophotographyOrthophoto+1

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Reinforcement Learning

NOAA Ortho-rectified Aerial Mosaic of Port of Pensacola, Florida

Port of Pensacola, Florida, is covered by ortho-rectified mosaic tiles created by the National Oceanic and Atmospheric Administration. The source imagery was acquired on February 5, 2015, using an Applanix Digital Sensor System. This data is a product of the NOAA Integrated Ocean and Coastal Mapping initiative.

ImageGeospatial🌎 North AmericaAircraftAerialNoaaCoastal ImageryDocnoaanosngsNational Geodetic SurveyPhotographInfrared WavelengthsOrtho Rectified MosaicMosaicAerial PhotographyCamerasCoastalNational Ocean ServiceEarth ScienceNgs ImageryRectified ImageInfrared ImageryContinentDigital OrthophotographyOrthophotoFlorida+1

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Reinforcement Learning

Regional Coastal Aerial Survey Imagery for Moreton Bay

An ongoing monitoring program captures high-resolution aerial imagery and topographic survey data at regular three-yearly intervals and following major coastal events across the CMB coastal zone. The project provides essential information to assess the current condition of coastal assets like seawalls, groynes, and beaches, supporting planning and maintenance activities.

AerialSurveyAerial PhotograpgyCoastal+1

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