OpenHSI: A Complete Open-Source Hyperspectral Imaging Solution for Everyone

OpenHSI is an initiative to lower the barriers of entry and bring compact pushbroom hyperspectral imaging spectrometers to a wider audience. We present an open-source optical design that can be replicated with readily available commercial-off-the-shelf components, and an open-source software platfor...
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Autor*in:	Yiwei Mao [verfasserIn] Christopher H. Betters [verfasserIn] Bradley Evans [verfasserIn] Christopher P. Artlett [verfasserIn] Sergio G. Leon-Saval [verfasserIn] Samuel Garske [verfasserIn] Iver H. Cairns [verfasserIn] Terry Cocks [verfasserIn] Robert Winter [verfasserIn] Timothy Dell [verfasserIn]

Format:	E-Artikel
Sprache:	Englisch

Erschienen:	2022

Schlagwörter:	open-source hyperspectral imager imaging spectroscopy atmospheric correction metadata sensor calibration

Übergeordnetes Werk:	In: Remote Sensing - MDPI AG, 2009, 14(2022), 9, p 2244
Übergeordnetes Werk:	volume:14 ; year:2022 ; number:9, p 2244

Links:	Link aufrufen Link aufrufen Link aufrufen Journal toc

DOI / URN:	10.3390/rs14092244

Katalog-ID:	DOAJ043702678

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author	Yiwei Mao
spellingShingle	Yiwei Mao misc open-source misc hyperspectral imager misc imaging spectroscopy misc atmospheric correction misc metadata misc sensor calibration misc Science misc Q OpenHSI: A Complete Open-Source Hyperspectral Imaging Solution for Everyone
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topic_title	OpenHSI: A Complete Open-Source Hyperspectral Imaging Solution for Everyone open-source hyperspectral imager imaging spectroscopy atmospheric correction metadata sensor calibration
topic	misc open-source misc hyperspectral imager misc imaging spectroscopy misc atmospheric correction misc metadata misc sensor calibration misc Science misc Q
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title	OpenHSI: A Complete Open-Source Hyperspectral Imaging Solution for Everyone
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title_sort	openhsi: a complete open-source hyperspectral imaging solution for everyone
title_auth	OpenHSI: A Complete Open-Source Hyperspectral Imaging Solution for Everyone
abstract	OpenHSI is an initiative to lower the barriers of entry and bring compact pushbroom hyperspectral imaging spectrometers to a wider audience. We present an open-source optical design that can be replicated with readily available commercial-off-the-shelf components, and an open-source software platform openhsi that simplifies the process of capturing calibrated hyperspectral datacubes. Some of the features that the software stack provides include: an ISO 19115-2 metadata editor, wavelength calibration, a fast smile correction method, radiance conversion, atmospheric correction using 6SV (an open-source radiative transfer code), and empirical line calibration. A pipeline was developed to customise the desired processing and make openhsi practical for real-time use. We used the OpenHSI optical design and software stack successfully in the field and verified the performance using calibration tarpaulins. By providing all the tools needed to collect documented hyperspectral datasets, our work empowers practitioners who may not have the financial or technical capability to operate commercial hyperspectral imagers, and opens the door for applications in new problem domains.
abstractGer	OpenHSI is an initiative to lower the barriers of entry and bring compact pushbroom hyperspectral imaging spectrometers to a wider audience. We present an open-source optical design that can be replicated with readily available commercial-off-the-shelf components, and an open-source software platform openhsi that simplifies the process of capturing calibrated hyperspectral datacubes. Some of the features that the software stack provides include: an ISO 19115-2 metadata editor, wavelength calibration, a fast smile correction method, radiance conversion, atmospheric correction using 6SV (an open-source radiative transfer code), and empirical line calibration. A pipeline was developed to customise the desired processing and make openhsi practical for real-time use. We used the OpenHSI optical design and software stack successfully in the field and verified the performance using calibration tarpaulins. By providing all the tools needed to collect documented hyperspectral datasets, our work empowers practitioners who may not have the financial or technical capability to operate commercial hyperspectral imagers, and opens the door for applications in new problem domains.
abstract_unstemmed	OpenHSI is an initiative to lower the barriers of entry and bring compact pushbroom hyperspectral imaging spectrometers to a wider audience. We present an open-source optical design that can be replicated with readily available commercial-off-the-shelf components, and an open-source software platform openhsi that simplifies the process of capturing calibrated hyperspectral datacubes. Some of the features that the software stack provides include: an ISO 19115-2 metadata editor, wavelength calibration, a fast smile correction method, radiance conversion, atmospheric correction using 6SV (an open-source radiative transfer code), and empirical line calibration. A pipeline was developed to customise the desired processing and make openhsi practical for real-time use. We used the OpenHSI optical design and software stack successfully in the field and verified the performance using calibration tarpaulins. By providing all the tools needed to collect documented hyperspectral datasets, our work empowers practitioners who may not have the financial or technical capability to operate commercial hyperspectral imagers, and opens the door for applications in new problem domains.
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author2	Christopher H. Betters Bradley Evans Christopher P. Artlett Sergio G. Leon-Saval Samuel Garske Iver H. Cairns Terry Cocks Robert Winter Timothy Dell
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