Documents about Remote Sensing
Lec1
Georgia Tech, EAS 8803
Excerpt: ... EAS 8803 SPRING 2004 REMOTE SENSING OF THE ATMOSPHERE AND OCEANS Instructor: Prof. Irina N. Sokolik office 2258, phone 404-894-6180 isokolik@eas.gatech.edu Meeting Time: Tuesdays: 3:05-4:25 PM Thursdays: 3:05-4:25 PM L1175 Computer Room, L1110 Office Hours: Thurs 4:25-6:00 PM (or by appointment) Lecture 1 Introduction and Logistics Objectives: 1. What this course is about 2. How the course is organized: Lectures Computer Modeling Laboratories Homeworks Exams Class Research Project 3. Required/additional/advanced reading. 4. Grading. 5. Course outline, lecture schedule, and reading assignments. 1 1. What this course is about General definition: Remote sensing is the collection of information about an object without coming into physical contact with it. Definition used in this course: Remote sensing is characterization of an object based on measurements of electromagnetic radiation. This course provides a foundation for understanding the physical principles of remote sensing of the atmosphere and oceans. ...
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Lec1
Georgia Tech, ATOC 5235
Excerpt: ... ATOC/ASEN 5235 REMOTE SENSING OF THE ATMOSPHERE AND OCEANS Instructor: Prof. Irina N. Sokolik Duane D317 303-492-5724 Irina.sokolik@colorado.edu http:/irina.colorado.edu Office Hours: Fri 4:00-5:00 PM (or by appointment) Lecture 1 Introduction and Logistics Objectives: 1. What this course is about 2. How the course is organized: Lectures Computer Modeling Laboratories Class Research Project Homeworks Midterm Exams 3. Required/additional reading. 4. Grading 5. Course outline, lecture schedule, and reading assignments. 1 1. What this course is about General definition: Remote sensing is the collection of information about an object without coming into physical contact with it. Definition used in this course: Remote sensing is characterization of an object based on measurements of electromagnetic radiation. This course provides a foundation for understanding the physical principles of remote sensing of the atmosphere and oceans. The main goal of the course is to build a broad conceptual framework for ...
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Lecture1
Georgia Tech, EAS 6145
Excerpt: ... EAS 6145 SPRING 2007 REMOTE SENSING OF THE ATMOSPHERE AND OCEANS Instructor: Prof. Irina N. Sokolik office 2258, phone 404-894-6180 isokolik@eas.gatech.edu Meeting Time: Mondays: 3:05-4:25 PM Wednesdays: 3:05-4:25 PM L1175 Computer Room L1110 Office Hours: Wednesdays 4:25-6:00 PM (or by appointment) Lecture 1 Introduction and Logistics Objectives: 1. What this course is about. 2. How the course is organized: Lectures Computer Modeling Laboratories Exams Class Research Project 3. Required/additional/advanced reading. 4. Grading. 5. Course outline, lecture schedule, and reading assignments. 1 1. What this course is about General definition: Remote sensing is the collection of information about an object without coming into physical contact with it. Definition used in this course: Remote sensing is characterization of an object based on measurements of electromagnetic radiation. This course provides a foundation for understanding the physical principles of remote sensing of the atmosphere and oceans ...
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Lecture1
Georgia Tech, EAS 8803
Excerpt: ... EAS 8803 SPRING 2005 REMOTE SENSING OF THE ATMOSPHERE AND OCEANS Instructor: Prof. Irina N. Sokolik office 2258, phone 404-894-6180 isokolik@eas.gatech.edu Meeting Time: Tuesdays: 3:05-4:25 PM Thursdays: 3:05-4:25 PM L1175 Computer Room, L1110 Office Hours: Thurs 4:25-6:00 PM (or by appointment) Lecture 1 Introduction and Logistics Objectives: 1. What this course is about 2. How the course is organized: Lectures Computer Modeling Laboratories Homeworks Exams Class Research Project 3. Required/additional/advanced reading. 4. Grading. 5. Course outline, lecture schedule, and reading assignments. 1 1. What this course is about General definition: Remote sensing is the collection of information about an object without coming into physical contact with it. Definition used in this course: Remote sensing is characterization of an object based on measurements of electromagnetic radiation. This course provides a foundation for understanding the physical principles of remote sensing of the atmosphere and ocea ...
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Study points - exam 1
Maryland, GEOG 372
Excerpt: ... Study Points for Exam 1 GEOG 372 8 October 2007 Policy on Equations I will not expect you to memorize equations from the lectures. However, I will expect you to know what the definition of various terms in each equation and their significance, except where noted. Key Points Lecture 1 1. Definitions of remote sensing 2. Key elements of a remote sensing system 3. Categories of remote sensors 4. Resolution and Remote Sensing spatial, spectral, radiometric, temporal 5. Key epochs or eras in remote sensing Key Points Lecture 2 1. 2. Types of thermal energy transfer Models of EM radiation/energy Particle Model Photon absorption, excitation, de-excitation Characteristics of EM waves Polarization, speed of light, wavelength, frequency Wave Model 3. Laws governing EM radiation I will provide copies of equations on the exam, but not what the different parts of the equation mean. Stephan-Boltzman Law Planck's Formula don't worry about all the terms in this equation Wien Displacemen ...
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Dugas
Maryville MO, NRS 409
Excerpt: ... Katherine Dugas Classifying Wetland Vegetation Through Remote Sensing The classification of vegetation by remote sensing involves the use of satellites and other remote sensing devices, as well as the knowledge of the spectral features of the local vegetation to determine plant cover and its overall role in the landscape. Vegetation classification by remote sensing first requires measuring the electromagnetic radiation of ground objects by a satellite (such as LANDSAT) or airplane. Second, it requires spectral knowledge of the vegetation in question. In this case, the vegetation must first be manually examined for its reflection frequency. To make things a little more complicated, many plant species reflect differently during different seasons. This is observable in how leaves on trees in the spring appear to be a paler green than they do later on in the summer. Therefore, it is important that the remote sensing device must be situated in both space and time, as the time of the year could affect the reflected ...
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Study points - Final exam
Maryland, GEOG 372
Excerpt: ... Final Exam GEOG 372 17 December 2007 Exam Format 50% of the exam will cover material from the last 1/3 of the course 50% of the exam will cover material from the entire course The exam will consist of multiple choice, short answer, and essay questions. Policy on Equations I will not expect you to memorize equations from the lectures. However, I will expect you to know what the definition of various terms in each equation and their significance, except where noted. Key Points Lecture 1 1. Definitions of remote sensing 2. Key elements of a remote sensing system 3. Resolution and Remote Sensing spatial, spectral, radiometric, temporal Key Points Lecture 2 1. Laws governing EM radiation I will provide copies of equations on the exam, but not what the different parts of the equation mean. Stephan-Boltzman Law Planck's Formula don't worry about all the terms in this equation Wien Displacement Law Key Points Lecture 3 1. Creating a single-channel (monochromatic) digital ima ...
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HWKreport1
Colorado, CIRES 2007
Excerpt: ... ASEN 6519. Lidar Remote Sensing HWK Report #1 Please write a HWK report on the Introduction Chapter and the Reading Materials including: 1) Introduction of Remote Sensing by W. G. Rees from book of "Physical Principles of Remote Sensing ". 2) Chapter 1 "Lidar: Introduction" by Claus Weitkamp in textbook "Laser Remote Sensing ". 3) Introduction of Lidar by Ulta Wandinger in book of "Lidar" 4) Chapter 5.1 and 5.2.1.1 by Xinzhao Chu in textbook "Laser Remote Sensing ". 5) Searchlight lidar paper by L. Elterman in 1966 In the report, please address the following aspects: 1. On the Introduction of Remote Sensing (1) Describe the concept, picture, and content of remote sensing using your own words. (2) What applications and advantages does remote sensing have? (3) Describe the classifications of remote sensing . What is the major difference between passive and active remote sensing ? What advantages and disadvantages does active remote sensing have in comparison to passive remote sensing ? (4) Summarize the types of pass ...
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lecture1(DIPintro)
Mich Tech, FW 5560
Excerpt: ... Digital Image Processing: A Remote Sensing Perspective Lecture 1 ASPRS adopted a combined formal definition of photogrammetry and remote sensing as (Colwell, 1997): "the art, science, and technology of obtaining reliable information about physical objects and the environment, through the process of recording, measuring and interpreting imagery and digital representations of energy patterns derived from noncontact sensor systems". A remote sensing instrument collects information about an object or phenomenon within the instantaneous-field-of-view (IFOV) of the sensor system without being in direct physical contact with it. The sensor is located on a suborbital or satellite platform. Is Remote Sensing a Science? A science is defined as the broad field of human knowledge concerned with facts held together by principles (rules). Scientists discover and test facts and principles by the scientific method, an orderly system of solving problems. Scientists generally feel that any subject that humans can study by ...
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lecture1(DIPintro)
Mich Tech, FW 5560
Excerpt: ... Digital Image Processing: A Remote Sensing Perspective Lecture 1 ASPRS adopted a combined formal definition of photogrammetry and remote sensing as (Colwell, 1997) 1997): the art, science, and technology of obtaining reliable information about physical objects and the environment, through the process of recording, measuring and interpreting imagery and digital representations of energy patterns derived from noncontact sensor systems. f t t t A remote sensing instrument g collects information about an object or phenomenon within the instantaneous-field-of-view instantaneous field of view (IFOV) of the sensor system without being in direct physical contact with it. The sensor is located on a suborbital or satellite platform. p Is Remote Sensing a Science? A science is defined as the broad field of human knowledge concerned with facts held together by principles (rules) (rules). Scientists discover and test facts and principles by the scientific method, an orderly system of solving problems. Scient ...
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ESRM430FinalExaminationStudyGuide
Washington, ESRM 430
Excerpt: ... UW/CFR/Spring2009 ESRM 430 Final Examination Prep Guide All students are required to take the final exam; there will be no `makeup' final exam. The final exam has two components: Class debate on June 4th worth 10% of the exam grade, you must contribute to the class debate to earn a passing grade Written proposal due on June 9th at 5PM worth 10% of the exam grade What to bring? Pen/note pad What to read and review? All chapters in the textbook Review class lectures, labs and notes General comments for the class debate: I would like you to be able to focus on the strengths of remote sensing , but also be aware of the limitations of the data and the techniques used in remote sensing applications. For the final exam debate session you should be able to give examples of applications of remotely sensed data. Be prepared to give the strengths and limitations for the applications, as well as the type of sensor(s) that might be most suitable for that particular application. Thus, I do not require you to remember ...
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L1-intro
Texas San Antonio, EES 5053
Excerpt: ... Intro to Remote Sensing Lecture 1 August 24, 2006 What is remote sensing Remote Sensing : remote sensing is science of acquiring, processing, and interpreting images and related data that are obtained from ground-based, air-or space-borne instruments that record the interaction between matter (target) and electromagnetic radiation. Remote Sensing : using electromagnetic spectrum to image the land, ocean, and atmosphere. In this class, we will mostly focus on the the principles and techniques for data collection and the interaction of electromagnetic energy with the Earth's surface (2/3 of the time) some application examples (1/3 of the time) also you will get familiar with ENVI, an image processing software. Electromagnetic Spectrum Source: http:/oea.larc.nasa.gov/PAIS/DIAL.html Remote sensing platforms Ground-based Airplane-based Satellite-based NASA Research Spacecraft Busy Traffic Data acquisition Applications of National Priority Carbon Management Public Health Energy Management Aviat ...
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L1-intro
Texas San Antonio, EES 5053
Excerpt: ... Intro to Remote Sensing Lecture 1 August 28, 2007 What is remote sensing Remote Sensing : remote sensing is science of acquiring, processing, and interpreting images and related data that are obtained from ground-based, air-or space-borne instruments that record the interaction between matter (target) and electromagnetic radiation. Remote Sensing : using electromagnetic spectrum to image the land, ocean, and atmosphere. In this class, we will mostly focus on the the principles and techniques for data collection and the interaction of electromagnetic energy with the Earth's surface (2/3 of the time) some application examples (1/3 of the time) also you will get familiar with ENVI, an image processing software. Electromagnetic Spectrum Source: http:/oea.larc.nasa.gov/PAIS/DIAL.html Remote sensing platforms Ground-based Airplane-based Satellite-based NASA Research Spacecraft Busy Traffic Data acquisition Applications of National Priority Carbon Management Public Health Energy Management Aviat ...
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MultiSpectral
UMass (Amherst), NRC 297
Excerpt: ... Multi-Spectral Remote Sensing Remote sensing basics Sensors that record reflectance in many wavelengths of light->multi-spectral How multi-spectral images are used Acknowledgement: Thanks to Dr. Michael Lefsky, CSU, for much of the material in this lecture which he developed for his Remote Sensing classes. Remote Sensing Basics The use of air- and space-borne instruments to detect and record information about the Earths surface. The interpretation of that information for many purposes. Remote Sensing Basics Remote Sensing Basics Properties of light: Electromagnetic spectrum Reflectance characteristics: light, materials, and atmosphere Remote sensing systems Electromagnetic Spectrum The electromagnetic spectrum ranges from the shorter wavelengths (including gamma and x-rays) to the longer wavelengths (including microwaves and broadcast radio waves). There are several regions of the electromagnetic spectrum which are useful for remote sensing . The Electromagn ...
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m_serrano
UPR Mayagüez, GEOL 6225
Excerpt: ... RECONNAISSANCE GEOLOGIC MAPPING OF SAND AND GRAVEL RESOURCES IN CABO ROJO Maria F. Serrano Guzmn Civil Engineering, University of Puerto Rico, Mayaguez Campus Geol 6225 Geological Applications of Remote Sensing ABSTRACT: Geomorphic and anthropogenic variables operate in coastal causing complex changes. The integration of IKONOS and LANDSAT images and map allows identifying and analyzing the possible correlations between the variables that cause coastal changes. Image processing results and published maps were manipulated using ENVI software to recognize deposits of granular material under the sea. Calibrations, Atmospheric Correction, elimination of water column, unsupervised and supervised classification result in identification of granular marine deposits in Cabo Rojo (Puerto Rico). Image processing is a good choose to recognize materials under the sea. 1. INTRODUCTION The population growth in Puerto Rico had caused developing of construction and recreation projects, for whose building had required sand ...
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ASEN6519LidarOutline2008
Colorado, LIDAR 2008
Excerpt: ... Lidar Remote Sensing : Outline for Class 2008 Lecture 1. Introduction to Lidar Remote Sensing Class What is LIDAR? Current Lidars and Future Potentials Course Structure and Contents Plans for final projects Instructor and Her lidar group Summary + References Lecture 2. Introduction to Remote Sensing Concept and Picture of Remote Sensing Content of Remote Sensing Classification of Remote Sensing Passive Remote Sensing Active Remote Sensing Comparison of Remote Sensing Summary Lecture 3. Fundamentals of Lidar Remote Sensing (1) Introduction History from Searchlight to Modern Lidar Various Modern Lidars Altitude and Range Determination Summary Lecture 4. Fundamentals of Lidar Remote Sensing (2) Introduction Physical Picture of Lidar Equation Fundamental Lidar Equation Different Forms of Lidar Equation Illustration of Lidar Equation Summary Lecture 5. Fundamentals of Lidar Remote Sensing (3) General illustration of lidar equation Overview of physical processes in lidar Elastic and inelastic scattering vs polarizat ...
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