{"id":31,"date":"2012-08-18T01:55:20","date_gmt":"2012-08-18T01:55:20","guid":{"rendered":"http:\/\/wray.eas.gatech.edu\/remotesensing2017\/?page_id=31"},"modified":"2017-12-02T04:27:04","modified_gmt":"2017-12-02T04:27:04","slug":"notes","status":"publish","type":"page","link":"https:\/\/wray.eas.gatech.edu\/remotesensing2017\/notes\/","title":{"rendered":"Notes"},"content":{"rendered":"

Lectures will be a combination of Powerpoint presentations and whiteboard derivations. In most cases, Powerpoint slides will be posted here as PDF files after the class.
\nIn-class handouts will also typically be posted here.<\/p>\n

These summaries and notes are not a substitute for attending lectures!<\/p>\n

Class Notes<\/strong>
\n8\/21\/2017 – [No class – Go watch the Great American Solar Eclipse!]<\/em>
\n8\/23\/2017 – Lecture 1<\/a> (Course overview; sample of remote sensing applications Part 1)
\n8\/25\/2017 – Lecture 2<\/a> (Intro to remote sensing; sample of remote sensing applications Part 2)<\/p>\n

8\/28\/2017 – Lecture 3<\/a> (Electromagnetic waves, photon energy)
\n8\/30\/2017 – Lecture 4<\/a> (Spectral windows, blackbody radiation, emissivity, Kirchhoff\u2019s law, solid angle)
\n9\/1\/2017 – Lecture 5<\/a> (Dielectric constants, dispersion, refraction, Fresnel\u2019s law, scattering)<\/p>\n

9\/4\/2017 – [No class – Labor Day Holiday]<\/em>
\n9\/6\/2017 – Lecture 6<\/a> (Beer\u2019s law; camera spec case study)
\n9\/8\/2017 – Lecture 7<\/a> (Camera performance specifications, imaging modes, detectors, field of view and resolution)<\/p>\n

9\/11\/2017 – [No class – GT closed during Hurricane Irma]<\/em>
\n9\/13\/2017 – In-class work on Lab 2<\/a><\/em>
\n9\/15\/2017 – Lecture 8<\/a> (Camera performance specifications Part 2, CCD imaging)<\/p>\n

9\/18\/2017 – In-class work on Lab 2<\/a><\/em>
\n9\/20\/2017 – Lecture 9<\/a> (Visible\/near-IR reflectance spectroscopy: electronic absorptions, H2O vibrations – Gabe Eggers<\/em>)
\n9\/22\/2017 – Spectrometer demo – Gabe Eggers<\/em><\/p>\n

9\/25\/2017 – Lecture 10<\/a> (CCD imaging Part 2)
\n9\/27\/2017 – Lecture 11<\/a> (CCD imaging Part 3; more on H2O vibrational absorptions)
\n9\/29\/2017 – Lecture 12<\/a> (Sulfate\/carbonate\/organic vibrations, vegetation)<\/p>\n

10\/2\/2017 – Lecture 13<\/a> (VNIR reflectance: vegetation, multi- vs. hyperspectral)
\n10\/4\/2017 – In-class work on Lab 3<\/a><\/em>
\n10\/6\/2017 – Lecture 14<\/a> (Dispersive elements in spectroscopy, including diffraction gratings)<\/p>\n

10\/9\/2017 – [No class – Fall Break]<\/em>
\n10\/11\/2017 – Lecture 15<\/a> (Data analysis sequence, atmospheric correction, spectral polishing)
\n10\/13\/2017 – Lecture 16<\/a> (Continuous spectral mapping, spectral classification, principal components analysis, decorrelation stretches)<\/p>\n

10\/16\/2017 – Lecture 17<\/a> (Thermal infrared spectroscopy: temperature and emissivity from thermal radiance)
\n10\/18\/2017 – In-class work on Lab 4<\/a><\/em>
\n10\/20\/2017 – Lecture 18<\/a> (Thermal inertia and albedo)<\/p>\n

10\/23\/2017 – Midterm Exam<\/em>
\n10\/25\/2017 – In-class work on Lab 4<\/a><\/em>
\n10\/27\/2017 – Lecture 19<\/a> (Thermal inertia Part 2)<\/p>\n

10\/30\/2017 – Lecture 20<\/a> (Intro to Radar)
\n11\/1\/2017 – Lecture 21<\/a> (Radar: effects of slopes, roughness, and dielectric properties)
\n11\/3\/2017 – Lecture 22<\/a> (Radar: polarimetry; planetary examples)<\/p>\n

11\/6\/2017 – Lecture 23<\/a> (Radar and lidar: planetary examples)
\n11\/8\/2017 – Lecture 24<\/a> (NEAR Laser Rangefinder; Photoclinometry; Laser-Induced Breakdown Spectroscopy)
\n11\/10\/2017 – Lecture 25<\/a> (Laser-Induced Breakdown Spectroscopy; Raman spectroscopy)<\/p>\n

11\/13\/2017 – Lecture 26<\/a> (Intro to gamma spectroscopy)
\n11\/15\/2017 – In-class work on Lab 6<\/a><\/em>
\n11\/17\/2017 – Lecture 27<\/a> (Gamma and neutron spectroscopy)<\/p>\n

11\/20\/2017 – Lecture 28<\/a> (Gamma and neutron spectroscopy: planetary examples)
\n11\/22\/2017 – [No class – Thanksgiving Break]<\/em>
\n11\/24\/2017 – [No class – Thanksgiving Break]<\/em><\/p>\n

11\/27\/2017 – Lecture 29 (X-ray Spectroscopy<\/a> and Review)
\n11\/29\/2017 – Term Project Presentations<\/em>
\n12\/1\/2017 – Term Project Presentations<\/em><\/p>\n

12\/4\/2017 – Term Project Presentations<\/em><\/p>\n

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