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PORTALE DELLA DIDATTICA

Telerilevamento/Applied geophysics

01RVJNF

A.A. 2018/19

Course Language

Inglese

Course degree

Course structure
Teaching Hours
Lezioni 60
Esercitazioni in aula 20
Tutoraggio 18
Teachers
Teacher Status SSD h.Les h.Ex h.Lab h.Tut Years teaching
Boccardo Piero
Telerilevamento
Professore Ordinario ICAR/06 44 32 0 0 2
Teaching assistant
Espandi

Context
SSD CFU Activities Area context
2018/19
The training course aims to deliver the basics related to the georeferenced data management, paying particular attention to aerial and satellite data acquisition.
The training course aims to deliver the basics related to the georeferenced data management, paying particular attention to aerial and satellite data acquisition.
The main aim is to deliver to student the ability to correctly identify environmental challanges and issues, to better understand possible data to be used, its suitability, and data processing chain in order to extract vaue added information in a common georeferenced system. Students will be trained in: - ground surfaces reflectivity and emissivity basics; - electromagnegnetic sources, atmospheric layers and ground surfaces interactions; - visual perception and colorimetry; - reference systems and mapping basics; - sensors data acquisition theory and applications; - image processing; - digital filtering; - data classification; - data analisys and avaluation - environmental applications. Related to technical communication: - ability to fully analize complex environmental problems; - ability to autonomously decide the best data processing chain; - ability to assess results in a fully quantitative way; This kind of expertise will be acquired also working directly on application cases admitting different technical solutions.
The main aim is to deliver to student the ability to correctly identify environmental challanges and issues, to better understand possible data to be used, its suitability, and data processing chain in order to extract vaue added information in a common georeferenced system. Students will be trained in: - ground surfaces reflectivity and emissivity basics; - electromagnegnetic sources, atmospheric layers and ground surfaces interactions; - visual perception and colorimetry; - reference systems and mapping basics; - sensors data acquisition theory and applications; - image processing; - digital filtering; - data classification; - data analisys and avaluation - environmental applications. Related to technical communication: - ability to fully analize complex environmental problems; - ability to autonomously decide the best data processing chain; - ability to assess results in a fully quantitative way; This kind of expertise will be acquired also working directly on application cases admitting different technical solutions.
Students attending this training course, already know geomatics basics (digital mapping, GPS techniques, surveying) and computer science basics.
Students attending this training course, already know geomatics basics (digital mapping, GPS techniques, surveying) and computer science basics.
Teaching subjects are:: - Remote sensing definition - Emissivity theory - Electromagnetic spectra and black bodies - Electromagnetic source and atmospheric interaction - Electromagnetic source and ground surfaces interaction - Visual perception and colorimetry - Digital images and acquisition systems characteristics - Data processing algorithms - Information extraction: digital filters and classifications - Extracted information assessment
Teaching subjects are:: - Remote sensing definition - Emissivity theory - Electromagnetic spectra and black bodies - Electromagnetic source and atmospheric interaction - Electromagnetic source and ground surfaces interaction - Visual perception and colorimetry - Digital images and acquisition systems characteristics - Data processing algorithms - Information extraction: digital filters and classifications - Extracted information assessment
The traing course is delivered both by theorethical lessons and labs; in the latter, students will use PC to process digital images based on real cases. Every student will access a single PC and will be assisted during all the labs. For the teorethical and labs parts, digital contets will be available since the beginning of the training course and labs will be duplicated based on the number of students attending.
The traing course is delivered both by theorethical lessons and labs; in the latter, students will use PC to process digital images based on real cases. Every student will access a single PC and will be assisted during all the labs. For the teorethical and labs parts, digital contets will be available since the beginning of the training course and labs will be duplicated based on the number of students attending.
Specific didactic material will be available, in a digital format, since the beginning of the training course, both in Italian and in English.
Specific didactic material will be available, in a digital format, since the beginning of the training course, both in Italian and in English.
Modalitą di esame: Prova orale facoltativa; Prova di laboratorio; Elaborato scritto individuale;
Evaluation will be based on written and/or oral examinations, both from teorethical and lab parts, and based on the official programme and the lab exercises. Examination could be taken both written and oral; the written examination consists of two different test based on the theoretical and experimental parts. In the first, the candidate should answer to 3 different questions, while in the second, using a PC and a standard software, the candidate will answer to 30 different questions. Results of the examination are then delivered to students by means of didactic portal. Oral examination consists of a set of three questions based on theoretical part and the candidate is then asked to solve, with the usage of a PC and a standard software, a practical exercise.
Exam: Optional oral exam; Practical lab skills test; Individual essay;
Evaluation will be based on written and/or oral examinations, both from teorethical and lab parts, and based on the official programme and the lab exercises. Examination could be taken both written and oral; the written examination consists of two different test based on the theoretical and experimental parts. In the first, the candidate should answer to 3 different questions, while in the second, using a PC and a standard software, the candidate will answer to 30 different questions. Results of the examination are then delivered to students by means of didactic portal. Oral examination consists of a set of three questions based on theoretical part and the candidate is then asked to solve, with the usage of a PC and a standard software, a practical exercise.


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