Remote sensing analysis

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Remote sensing analysis Day four

Transcript of Remote sensing analysis

Page 1: Remote sensing analysis

Remote sensing analysis

Day four

Page 2: Remote sensing analysis

Downloaded Landsat image

Page 3: Remote sensing analysis

Landsat image exploration

Page 4: Remote sensing analysis

Image database management

• Metadata development

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Image database management

• Layer stack and mosaicking

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Image database management

• Export the stack to ILWIS format

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Radiometric correction of images• Conversion to TOA Reflectance

ρλ' = MρQcal + Aρ

ρλ' = TOA planetary reflectanceMρ = REFLECTANCE_MULT_BAND_#Aρ = REFLECTANCE_ADD_BAND_#Qcal = Image DN

ρλ = TOA planetary reflectanceθSE = Local sun elevation angle

ρλ =ρλ'

sin(θSE)


Satellite Remote Sensing (Kasatochi eruption)

Satellite Remote Sensing (Kasatochi eruption)

SCIENTIFIC PROGRAM - INSU · from geodesy to paleo-sismology • Active faults imaging • Alea and natural hazards • Earth observation and remote sensing • Evolution processes

SCIENTIFIC PROGRAM - INSU · from geodesy to paleo-sismology • Active faults imaging • Alea and natural hazards • Earth observation and remote sensing • Evolution processes

Remote Sensing - MIT OpenCourseWare...Remote Sensing D1 Remote sensing is a quasi-linear estimation problem Equation of radiative transfer: o o L B B (z) 0 ) T e T(z) (z)e = −τ

Remote Sensing - MIT OpenCourseWare...Remote Sensing D1 Remote sensing is a quasi-linear estimation problem Equation of radiative transfer: o o L B B (z) 0 ) T e T(z) (z)e = −τ

Remote sensing of Sun-induced fluorescence. - · PDF fileRemote sensing of Sun-induced fluorescence. Part 2: from FLH to chl, Φ f and beyond. Yannick Huot Centre d’applications

Remote sensing of Sun-induced fluorescence. - · PDF fileRemote sensing of Sun-induced fluorescence. Part 2: from FLH to chl, Φ f and beyond. Yannick Huot Centre d’applications

Unmanned Aerial Vehicles and remote sensing in search and ...kth.diva-portal.org/smash/get/diva2:1387379/FULLTEXT01.pdfDEGREE PROJECT IN THE BUILT ENVIRONMENT, SECOND CYCLE, 30 CREDITS

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Lidar Remote Sensing of Vertical Foliage Profile (VFP) …lcluc.umd.edu/sites/default/files/lcluc_documents/Hao_Tang_Poster... · Derive and validate Lidar-derived LAI and VFP products

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Optimization for Compressed SensingKronecker Compressed Sensing Unlike the vector compressed sensing problem, Kronecker compressed sensing is used for sensing multidimensional signals

Optimization for Compressed SensingKronecker Compressed Sensing Unlike the vector compressed sensing problem, Kronecker compressed sensing is used for sensing multidimensional signals

Remote Sensing and GIS · 2020. 11. 5. · Remote Sensing Classifications Passive –either analog or digital radiation samplers, e.g. cameras, TIR detectors, multispectral scanners

Remote Sensing and GIS · 2020. 11. 5. · Remote Sensing Classifications Passive –either analog or digital radiation samplers, e.g. cameras, TIR detectors, multispectral scanners

Infrared Remote Sensing and the LRO Diviner Instrument Part 1 · Infrared Remote Sensing and the LRO Diviner Instrument ... Accuracy 0.5-1% of 300K Scene 2% ... Infrared Remote Sensing

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MODIS Ocean Products Leon Majewski Remote Sensing & Satellite Research Group Curtin University.

MODIS Ocean Products Leon Majewski Remote Sensing & Satellite Research Group Curtin University.

Remote Sensing and GIS - Jackson School of GeosciencesRemote Sensing and GIS Reflected radiation, e.g. VisibleEmitted radiation, e.g. InfraredBackscattered radiation, e.g. RadarAtmosphere

Remote Sensing and GIS - Jackson School of GeosciencesRemote Sensing and GIS Reflected radiation, e.g. VisibleEmitted radiation, e.g. InfraredBackscattered radiation, e.g. RadarAtmosphere

Chapter 11: Remote sensing A: Acoustic remote sensing (was chapter 9) B: Geostrophic transport estimates ∫ v dx = 1/fρ 0 [ p(x 2 ) – p(x 1 ) ] and with.

Chapter 11: Remote sensing A: Acoustic remote sensing (was chapter 9) B: Geostrophic transport estimates ∫ v dx = 1/fρ 0 [ p(x 2 ) – p(x 1 ) ] and with.

DTM QUALITY ASSESSMENT - International Society for ... · DTM QUALITY ASSESSMENT ... χChristian Doppler Laboratory for “Spatial Data from Laser Scanning and Remote Sensing” at

DTM QUALITY ASSESSMENT - International Society for ... · DTM QUALITY ASSESSMENT ... χChristian Doppler Laboratory for “Spatial Data from Laser Scanning and Remote Sensing” at

Spectral Characteristics In Remote Sensing. Everything emits radiant energy. Technically speaking, energy is emitted by all objects above absolute zero.

Spectral Characteristics In Remote Sensing. Everything emits radiant energy. Technically speaking, energy is emitted by all objects above absolute zero.

Photogrammetry and Remote Sensing in Hellas (Greece)

Photogrammetry and Remote Sensing in Hellas (Greece)

Ge111A Remote Sensing and GIS Lecture - Home | …web.gps.caltech.edu/classes/ge111/Docs/ge111_GIS_rev.pdfGe111A Remote Sensing and GIS Lecture Remote Sensing - many different geophysical

Ge111A Remote Sensing and GIS Lecture - Home | …web.gps.caltech.edu/classes/ge111/Docs/ge111_GIS_rev.pdfGe111A Remote Sensing and GIS Lecture Remote Sensing - many different geophysical

Gabriele Curci (1,2) - PRISMAprisma-i.it/images/Eventi/20170301_Workshop_ASI/Sessione 6/Del... · aerosol composition remote sensing: lidar maritime dust polluted clean cont. clean

Gabriele Curci (1,2) - PRISMAprisma-i.it/images/Eventi/20170301_Workshop_ASI/Sessione 6/Del... · aerosol composition remote sensing: lidar maritime dust polluted clean cont. clean

REMOTE SENSING EXAM 1: STUDY GUIDEmichal76/classstudyguides/REMOTE SENSING... · REMOTE SENSING EXAM 1: STUDY GUIDE ... (b) σ = SB constant (5 ... • Classification System • Minimum

REMOTE SENSING EXAM 1: STUDY GUIDEmichal76/classstudyguides/REMOTE SENSING... · REMOTE SENSING EXAM 1: STUDY GUIDE ... (b) σ = SB constant (5 ... • Classification System • Minimum

MIDAS Advanced Remote Sensing Payload M Instrument ......OPAG May 2006 MIDAS Advanced Remote Sensing joe.pitman@lmco.com Chart 10 MIDAS Imaging from Ganymede OrbiterMIDAS Imaging from

MIDAS Advanced Remote Sensing Payload M Instrument ......OPAG May 2006 MIDAS Advanced Remote Sensing [email protected] Chart 10 MIDAS Imaging from Ganymede OrbiterMIDAS Imaging from

Microwave Remote Sensing for probing planetary surface Science Workshop_Presentations/BR-G13.pdfMicrowave Remote Sensing for probing planetary surface . NISAR WORKSHOP. 17. th-18.

Microwave Remote Sensing for probing planetary surface Science Workshop_Presentations/BR-G13.pdfMicrowave Remote Sensing for probing planetary surface . NISAR WORKSHOP. 17. th-18.