Underwater Hyperspectral Imaging - Ecotone · PDF file 2018. 1. 10. · Underwater...

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Transcript of Underwater Hyperspectral Imaging - Ecotone · PDF file 2018. 1. 10. · Underwater...

  • Underwater Hyperspectral Imaging

    Hyperspectral ocean vision

    The seabed is abundant with information that is hidden – until you use the right tool.

    Using Underwater Hyperspectral Imaging (UHI) you can objectively explore the ocean space.

    Read more about the UHI Technology: ecotone.com

  • Ecotone AS • [email protected] • ecotone.com

    UHI applications The UHI technology is ideal for identification, classification and monitoring of objects, areas and organisms in marine environments – and Ecotone is the sole provider of such technology.

    Ecotone offers both hardware and software to scientists and researchers that wish to explore the following areas:

    • identification and mapping of species and habitats, based on spectral signatures Marine biology, e.g. corals, kelp and seagrass, sponge aggregations Marine archeology Minerals Sedimentation • results can be processed into interactive GIS-systems

    UHI Technical Specifications

    UHI model Basic Advanced

    Depth rating 500 m 3000 m*

    Imager Specifications

    Imaging range 0.2m to 5m 0.2m to 5m

    Imager frame rate: 0.1 - 100 Hz 0.1 - 100 Hz

    Field of view transverse: ~ 30° standard* ~ 60 ° standard*

    Field of view longitudinal: ~ 0.4° standard* ~ 0.4° standard*

    Camera resolution: 1080 spatial pixels 1920 spatial pixels

    Radiometric resolution 12-bit 12-bit

    Spectral range 380 – 750 nm 380 – 750 nm

    Diffraction limited spectral resolution 4.0 - 5.5nm* 2.2 - 5.5nm*

    Spectral bands 200 wavebands 850 wavebands

    Focus range 0 - ∞ (motorized adjustable) 0 - ∞ (motorized adjustable)

    Interface Specifications

    Communication: Ethernet

    Input voltage: 12 to 72 VDC*

    Power consumption: Max. 35 W (20W typical)

    Accessories

    Internal computer storage: 1TB 1 – 2 TB*

    High definition video 5MP video 5MP video

    Inertial Measurement Unit (IMU) Optional roll, pitch, yaw sensor

    Software Specifications

    Data acquisition and preprocessing Onboard autonomous software

    Sensor control and data monitoring “Immersion”, topside control software

    File format HDF5 format, ENVI-compatible.

    Mechanical Specifications

    Weight (air/water) 5/2 kg 11/6 kg

    Size (Length x Diameter) 270 x 110 mm 355 x 135 mm

    Connector Type: Subconn DFCR2013M Subconn DFCR2013M

    Housing Material: Aluminum Titanium

    Contact information

    Håvard Røsvik, Head of Sales and Marketing [email protected] Tel: +47 930 30 186

    * Spec. upon order