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> <\/p>\n","protected":false},"excerpt":{"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. In-class handouts will also typically be posted here. These summaries and notes are not … Continue reading
\n8\/17\/2015 – Lecture 1<\/a> (Course overview; sample of remote sensing applications Part 1)
\n8\/19\/2015 – Lecture 2<\/a> (Intro to remote sensing; sample of remote sensing applications Part 2)
\n8\/24\/2015 – Lecture 3<\/a> (Electromagnetic waves, photon energy, spectral windows, blackbody radiation)
\n8\/26\/2015 – Lecture 4<\/a> (Emissivity, Kirchhoff’s law, solid angle, dielectric constants)
\n9\/9\/2015 – Lecture 5<\/a> (Dispersion, refraction, Fresnel\u2019s law, scattering, Beer’s law)
\n9\/14\/2015 – Lecture 6<\/a> (Camera performance specifications, imaging modes, detectors, field of view and resolution; Meridiani Planum scattering properties)
\n9\/16\/2015 – Lecture 7<\/a> (CCD imaging)
\n9\/21\/2015 – Student Presentations<\/em> (Applications of surface scattering properties)
\n9\/23\/2015 – Lecture 8<\/a> (Visible\/near-IR reflectance spectroscopy: electronic absorptions, H2O vibrations)
\n9\/28\/2015 – Lecture 9<\/a> (Visible\/near-IR reflectance spectroscopy: water on Mars, sulfate\/carbonate\/organic vibrations, vegetation)
\n9\/30\/2015 – Lecture 10<\/a> (VNIR reflectance: multi- vs. hyperspectral)
\n10\/5\/2015 – Lab 1<\/a> (Introduction to ENVI and image manipulation)
\n10\/7\/2015 – Lab 2<\/a> (Basics of image and spectral analysis)
\n10\/14\/2015 – Lecture 11<\/a> (Diffraction gratings for spectroscopy; atmospheric correction, continuous spectral mapping)
\n10\/19\/2015 – Lab 3<\/a> (Spectral libraries, atmospheric correction)
\n10\/21\/2015 – Lecture 12<\/a> (Spectral classification, principal components analysis, decorrelation stretches; review for midterm)
\n10\/26\/2015 – Midterm Exam<\/em>
\n10\/28\/2015 – Lecture 13<\/a> (Thermal infrared spectroscopy: temperature and emissivity from thermal radiance; thermal inertia)
\n11\/2\/2015 – Guest Lecture<\/em> (Prof. Brian Gunter)
\n11\/4\/2015 – Guest Lecture<\/em> (Prof. Carol Paty)
\n11\/9\/2015 – Lab 4<\/a> (Thermal IR, Radar)
\n11\/11\/2015 – Guest Lecture<\/em> (Prof. Andy Newman)
\n11\/16\/2015 – Lecture 14<\/a> (Radar: Intro; effects of slopes, roughness, and dielectric properties)
\n11\/18\/2015 – Lecture 15<\/a> (Radar polarimetry, Lidar, and planetary examples)
\n11\/23\/2015 – Lecture 16<\/a> (Gamma-ray, neutron, and X-ray spectroscopy)
\n11\/30\/2015 – Term project presentations<\/em>
\n12\/2\/2015 – Term project presentations<\/em><\/p>\n