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  1. NTNU SmallSat Lab For Students Past Projects
  2. Project and Master Subjects 2023-2024
  3. Optimal Data Reduction in Miniaturized Hyperspectral Imaging Sensor

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Optimal Data Reduction in Miniaturized Hyperspectral Imaging Sensor

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  • Project and Master Subjects 2025-2026
  • Past Projects
    • Project and Master Subjects 2024-2025
    • Project and Master Subjects 2023-2024
      • Multi-satellite data fusion for ocean color remote sensing
      • Multimodal ocean color imaging with UAVs
      • Hyperspectral super-resolution for ecosystem monitoring in fjords
      • Semisupervised algae monitoring from hyperspectral satellites
      • Prediction of algal bloom dynamics using ocean simulations
      • Sharpening Hyperspectral Remote Sensing Data from Miniaturized Imagers
      • MIMO model for water constituents using HYPSO-1 data
      • Detection of Large Ships using HYPSO-1 Hyperspectral Remote Sensing Satellite Data
      • Unsupervised learning for hyperspectral image segmentation
      • Optimal Data Reduction in Miniaturized Hyperspectral Imaging Sensor
      • HYPSO-2: Software-defined-radio (SDR) payload integration for HYPSO-2
      • Automation of operations for the HYPSO-1 satellite
      • Designing a Software-defined-radio (SDR) application experiment for communication between on-ground sensor systems
      • HYPSO-3 Mission analysis
      • Software Development for CubeSat Payloads for HYPSO-3
    • Project and master assignments 2022
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Optimal Data Reduction in Miniaturized Hyperspectral Imaging Sensor

Contact
sivert.bakken@ntnu.no

At the NTNU SmallSat Lab We have developed HYPSO-1 a CubeSat equipped with a powerful
hyperspectral camera. Hyperspectral imaging is a powerful tool for remote sensing and imaging applications, which collects large amounts of data at various wavelengths. The data collected by hyperspectral imaging sensors are usually in high-dimensional spectral data cubes, which require significant storage space and computational resources for processing and analysis. Miniaturized hyperspectral imaging sensors have gained significant attention recently due to their reduced size, weight, and power consumption. This project aims to develop an optimal data reduction method for a miniaturized hyperspectral imaging sensor. The proposed method will reduce the amount of data the sensor collects while retaining the essential information required for further analysis. The data reduction method could employ advanced signal processing and machine learning techniques to compress the hyperspectral data cubes into a compact and informative representation.

 

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