Hyperspectral Data Processing and Analysis Software MAXSPEX STUDIO
MAXSPEX STUDIO is dedicated hyperspectral data-processing and analysis software independently developed by Hangzhou Gaopu. This powerful one-stop platform supports common hyperspectral formats and includes reflectance calibration, water-quality parameter retrieval, vegetation indices, data stitching and geometric correction algorithms, as well as AI analysis such as deep learning.
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Overview
MAXSPEX STUDIO is dedicated hyperspectral data-processing and analysis software independently developed by Hangzhou Gaopu. This powerful one-stop platform supports common hyperspectral formats and includes reflectance calibration, water-quality parameter retrieval, vegetation indices, data stitching and geometric correction algorithms, as well as AI analysis such as deep learning.
Specifications
| Parameter | Value |
|---|---|
| Basic Functions | Hyperspectral file management, layer management, layer fusion and rendering, layer-data export, false-color display, and display of DN values and spectral curves |
| Data Compilation | Data-format conversion, storage and category management, information annotation and data associations; integrated reading and writing of formats including tif, bil, bsq, bip, GeoTIFF and raw |
| Data Preprocessing | Data-cube cropping and stitching, data flipping and rotation, dark-background subtraction, image denoising, data correction, dimensionality reduction, band calculations and supervised target classification |
| Data Correction | Uniformity correction, SG smoothing, MSC correction, SNV transformation and related methods |
| Image Stitching Correction | Orthophoto stitching, hyperspectral image stitching, geometric correction and related functions |
| Ambient Light Correction | Corrects UAV-mounted hyperspectral data using data from an ambient-light detection module or a zenith-light acquisition module |
| Dimensionality Reduction | SPA, PCA, MNF and related methods; built-in supervised classification algorithms, with SAM for target classification |
| Custom Calculations | Custom band calculations supporting conventional arithmetic, logarithms, exponentials, trigonometric functions and inverse trigonometric functions |
| Index Calculation | Calculates more than 20 vegetation indices, including Normalized Vegetation Index (NDVI), Ratio Vegetation Index (RVI), Enhanced Vegetation Index (EVI), Atmospheric Resistance Vegetation Index (ARVI), Red-Edge Normalized Vegetation Index (NDVI 705), Modified Red-Edge Ratio Vegetation Index (mSR 705), Modified Red-Edge Normalized Vegetation Index (mNDVI 705), Vogelmann Red-Edge Indices (VOG1,2,3), Photochemical Vegetation Index (PRI), Structure-Insensitive Pigment Index (SIPI), Normalized Nitrogen Index (NDNI), Vegetation Decay Index (PSRI), Carotenoid Reflectance Index 1 (CRI1), Carotenoid Reflectance Index 2 (CRI2), Anthocyanin Reflectance Index 1 (ARI1), Anthocyanin Reflectance Index 2 (ARI2), Water Band Index (WBI), Normalized Water Index (NDWI), Moisture Stress Index (MSI), Normalized Infrared Index (NDII), Normalized Lignin Index (NDLI) and Cellulose Absorption Index (CAI). |
| Custom UI | Built-in interactive 2D and 3D data-processing engines let users create interactive custom UI with self-designed styles for interactive data processing and result visualization |
| Custom Development Support | Visual interface with an open algorithm-import interface for source code developed in Python and other common languages. A programmable terminal lets users write algorithms for more complex tasks and functions. Flexible calls to third-party dll libraries support functional expansion. |
| Water-Quality Parameter Retrieval | Retrieval of at least 7 common water-quality parameters, including chlorophyll, total nitrogen, total phosphorus, ammonia nitrogen, permanganate index, suspended matter and dissolved oxygen; third-party data import for calibration |
| Color and Color-Difference Calculation | Converts spectral data into X,Y,Z space; supports conversion of hyperspectral data to L,a,b values and calculation of ΔE |
| Deep-Learning Module | Inference capability for classification and regression models |
Applications
Waste plastic sorting; material recycling; product quality inspection
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Supplier Information
Hangzhou Gaopu Imaging Technology Co., Ltd., founded in 2019, is dedicated to leading the industrial application of domestic high-performance spectral vision technology, accelerating the deep integration of artificial intelligence and spectral vision technology, and providing global industry customers with multidimensional intelligent perception 'new quality productivity tools'. Based on self-developed dispersive spectroscopy hyperspectral imaging technology, the company can provide high-performance hyperspectral cameras covering the full spectral range of 200nm-2500nm for scientific research and industry customers, forming a complete technology chain from hardware to software algorithms and from data to results, and continuously expanding application solutions of spectral vision in low-altitude remote sensing, industrial inspection, medical imaging and other scenarios, helping various industries' multidimensional intelligent perception needs.
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